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Bracket Z Shape Photovoltaic Solar Panel Mounting Aluminum Bracket For Rv Yacht  primetimes.id
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MADISON — Wisconsin has historically lagged behind its Midwestern neighbors in clean energy production.
Minnesota has five times the wind capacity and more than 16 times the solar capacity of Wisconsin, according to a report by the Environmental Law and Policy Center.
But environmental activists said that’s starting to change. Amy Barrilleaux, with Clean Wisconsin, is expecting the Public Service Commission of Wisconsin to approve about 11 clean energy products in 2026 alone. She said that’s more in one year than usual.
“We do rely more on coal than a lot of our neighbors, so this is a good thing to try to get us away from those harmful fuels that we have been using,” said Barrilleaux.
She said a bitter cold snap this winter showed how Wisconsin’s reliance on coal and natural gas for energy production puts more of a cost burden on consumers.
“It caused a terrible strain on natural gas supplies, so here in Wisconsin we saw the prices in our energy bills go up, because it’s a commodity, you see the prices go up, and we are feeling that in a lot of ways right now with fossil fuels,” said Barrilleaux. “The important thing for people to understand is that we don’t have commodity prices on wind or on solar, and that’s what makes these sources for energy now the least expensive ways to get energy in Wisconsin.”
There’s been a push statewide for solar energy production. The Darien Solar Energy Center in Walworth and Rock counties became fully operational last year. It has more than 600,000 solar panels and can power roughly 75,000 homes. It’s a joint project serving customers of Wisconsin Public Service, Madison Gas and Electric and We Energies.
We Energies spokesperson Brendan Conway said the company is investing billions in new solar and wind projects to replace fossil fuel plants. 
“Once they are built, they take very little maintenance,” said Conway.
However, the cost of building all this clean energy infrastructure is part of the reason Wisconsinites pay some of the highest electricity rates in the Midwest.
“They cost at the front end, but in the long term, we expect they will help to keep customer bills down because they don’t require fuel,” said Conway.
Barrilleaux said there’s another way clean energy is more cost-effective.
“Wisconsin spends $14 billion a year bringing energy from other states, because we don’t mine for coal, frack for gas, or drill for oil here. So, we have to ship or pipe it all in from other states,” she said. “But we do have the unlimited natural resources of wind and sun.”

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Researchers started with balsa wood, not for its strength, but for its internal architecture.
Solar energy has a simple but annoying weakness. It disappears when the sun does. Even the most efficient systems struggle with this basic reality—no sunlight means no power. Scientists have long tried to fix this by storing solar energy as heat, but doing it efficiently has proven tricky. 
Most designs rely on stacking different materials together—one to absorb sunlight, another to store heat, and then another to protect the system. These layers don’t work seamlessly, wasting energy at every boundary.
Now, researchers have taken a very different approach to overcome this problem. Instead of assembling multiple parts, they’ve turned wood into an all-in-one solar energy system. 
By redesigning its internal structure at the nanoscale, they’ve created a material that can absorb sunlight, store it as heat, and keep generating electricity even after the light is gone. 
“Our work presents a scalable and environmentally friendly wood-based platform for advanced solar thermal energy harvesting,” the researchers note in their study.
The researchers started with balsa wood, not for its strength, but for its internal architecture. Under a microscope, balsa looks like a bundle of aligned microtubes, each about 20–50 micrometers wide. These channels can guide heat and hold materials, making them a natural scaffold.
However, raw wood reflects sunlight and absorbs water. So the researchers first stripped the wood of lignin, the component that gives it color and rigidity. This delignification step boosted porosity above 93 percent, exposing a dense network of reactive surfaces inside the channels. 
Think of it as hollowing out the wood and turning it into a highly porous sponge—but one that still retains its directional structure. Next, instead of burning the wood (a common method called carbonization), they chemically engineered its inner surfaces. 
They coated the channel walls with ultrathin sheets of black phosphorene—a material that absorbs sunlight across ultraviolet, visible, and infrared wavelengths and converts it into heat. Unlike carbon, phosphorene also brings flame-retardant properties, but it has a weakness. It degrades quickly in the air.
To solve this, the researchers wrapped each nanosheet in a protective layer made from tannic acid and iron ions. This metal–polyphenol network acts like a molecular shield, preventing oxidation while also improving light absorption through charge-transfer effects. Even after 150 days of solar exposure, the coated material remained stable.
The team then added silver nanoparticles, which enhance light absorption through plasmonic effects—basically amplifying how the material interacts with sunlight. Finally, they grafted long hydrocarbon chains onto the surface, making it extremely water-repellent. The finished structure had a contact angle of 153°, meaning water simply rolls off.
With the scaffold ready, they filled the channels with stearic acid—a bio-based phase-change material. When heated, this substance melts and stores energy; when cooled, it solidifies and releases that energy. 
This stability translated directly into strong performance. It stored about 175 kJ of heat per kilogram, converted 91.27 percent of incoming sunlight into usable heat, conducted heat nearly 3.9 times more efficiently along the wood’s natural grain, and, when paired with a thermoelectric generator, produced up to 0.65 volts under standard one-sun illumination.
“As a proof of concept, stable solar–thermal–electric conversion is demonstrated with an output voltage of up to 0.65 V under one-sun irradiation,” the study authors note.
When sunlight hits the material, it heats up and melts the embedded stearic acid. When the light is removed, the stored heat is released gradually, maintaining a temperature difference across a thermoelectric generator. This allows the system to keep producing electricity even after the light source is gone.
Moreover, the material proved to be durable. After 100 heating–cooling cycles, its performance barely changed. It resisted burning by self-extinguishing within two minutes, and its antimicrobial surface prevented bacterial growth that could degrade performance outdoors.
Our design “integrates flame retardancy, superhydrophobicity, and antimicrobial activity, thereby mitigating dust adhesion and microbial colonization that would otherwise deteriorate the outdoor photothermal performance,” the study authors added. 
This work suggests a simple way to build a highly efficient solar system. Here, wood isn’t just a support structure; it absorbs sunlight, stores heat, and protects itself at the same time. 
Also, since the researchers avoided high-temperature carbonization, the material also keeps the chemical features needed for further tweaks.
Moreover, the idea could go beyond solar energy. Similar designs might help manage heat in electronics, improve energy-efficient building materials, or support small, off-grid power systems where reliability matters more than peak output.
However, these are future possibilities. First, the researchers need to make sure their system can work at scale while delivering desirable energy output. 
If successful, it could be adapted to other nanomaterials and biomass structures, giving rise to a new generation of solar power systems capable of capturing, storing, and managing energy on their own.
The study is published in the journal Advanced Energy Materials.

Rupendra Brahambhatt is an experienced writer, researcher, journalist, and filmmaker. With a B.Sc (Hons.) in Science and PGJMC in Mass Communications, he has been actively working with some of the most innovative brands, news agencies, digital magazines, documentary filmmakers, and nonprofits from different parts of the globe. As an author, he works with a vision to bring forward the right information and encourage a constructive mindset among the masses.
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“So far, it’s just impressive being off the grid.”
Photo Credit: Reddit
As U.S. power prices continue to rise, more and more homeowners are pairing solar panels with whole-home batteries to take control of their own energy production. One homeowner recently posted on Reddit to share their review after pairing a Tesla Powerwall 3 with solar panels. 
In the forum r/solar, the original poster discussed that their family had just finalized the installation of 30 solar panels and two Tesla Powerwalls. 
“Today was the first real use, completely off the grid. We’re waiting for city inspection and re-metering by the power company before we can export surplus power back to the grid,” the OP wrote. “However, so far, it’s just impressive being off the grid.”
According to their estimates, the solar panel and battery system should pay for itself in utility savings in six to eight years. With modern solar panels having a lifespan of a few decades, the OP should see some major savings after that. 
Want to go solar but not sure who to trust? EnergySage has your back with free and transparent quotes from fully vetted providers in your area.
To get started, just answer a few questions about your home — no phone number required. Within a day or two, EnergySage will email you the best options for your needs, and their expert advisers can help you compare quotes and pick a winner.
“We are … looking [at] 30 or so years of lowered electricity bills,” they said. 
If the OP’s testimony has you curious about how much solar and batteries can shave your energy bills, EnergySage can help by connecting you with quick installation estimates, competitive quotes, and information about how to get the best deal when upgrading. 
This homeowner isn’t the only one seeing the savings after investing in solar. There are plenty of online testimonials that reveal just how quickly solar panels pay off. 
Over the lifetime of a system, homeowners can usually see anywhere from $31,000 to $120,000 in savings by producing their own energy with solar. 
FROM OUR PARTNER
Want to go solar but not sure who to trust? EnergySage has your back with free and transparent quotes from fully vetted providers that can help you save as much as $10k on installation.
To get started, just answer a few questions about your home — no phone number required. Within a day or two, EnergySage will email you the best local options for your needs, and their expert advisers can help you compare quotes and pick a winner.
If you’re curious about solar, but are concerned about the upfront cost, EnergySage can help you here, too. The average homeowner who uses its free tools can save up to $10,000 on the cost of installation. 
EnergySage even has a helpful mapping tool that can show you, on a state-by-state level, the average cost of solar panels and get you details on all of the incentives available, ensuring you get the best price possible for your home solar system. 
Which of these savings plans for rooftop solar panels would be most appealing for you?
Save $1,000 this year 💸
Save less this year but $20k in 10 years 💰
Save less in 10 years but $80k in 20 years 🤑
Couldn’t pay me to go solar 😒
Click your choice to see results and earn rewards to spend on home upgrades.

Plus, you can save even more by pairing your solar panels with a home battery backup. Essentially, batteries store the energy your solar panels generate during the day and use it to power your home after the sun goes down, often when electricity rates are at their highest.
Battery and solar solutions can help you take control of your power bills, dodge frustrating outages, and, depending on the size of your system and how much energy you use, cut ties with the power grid entirely. EnergySage also has information about battery storage options and competitive installation estimates. 
💡Go deep on the latest news and trends shaping the residential solar landscape
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Residents ‘devastated’ by new mega solar farm plan
Rory McIlroy's historic 36-hole lead is gone.
The two-legged quarterfinal matchups will take place April 7-8 and 14-15.
"Usyk has earned the right to do whatever he wants," said the 21-year-old Itauma, "but I don't think it's correct for Rico to be able to fight for the world title in his first fight."
The Trump administration's position on refunding all tariffs declared illegal by the Supreme Court has been slow to take shape. But a new court filing this past week seemed to acknowledge that a wide array of duties will eventually be eligible for refunds.
It's stock market reality-check time.
For all that Tiger Woods has done on the golf course, his life outside the ropes continues to spiral.
A federal judge on Friday threw out two subpoenas the Justice Department issued to the Federal Reserve, a significant victory for the Fed and its embattled Chair Jerome Powell.
"WWE Raw" featured a blockbuster night of big names at Madison Square Garden, with CM Punk, Roman Reigns, Gunther and more make their presences felt.
Brock Lesnar never intended to get a massive sword tattooed onto his chest.
Local time in Melbourne, Australia, is 15 hours ahead of the U.S. Eastern time zone. So kickoff for the 49ers-Rams game will be at 10:35 a.m local time on Friday, Sept. 11.

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Homeowner shares story after solar panels spark ‘neighborhood debate’: ‘The HOA has something to say’  Yahoo
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Greater Lincolnshire Mayor Dame Andrea Jenkyns said: "​Yet again, he [Ed Miliband] has ignored common sense and the voices of local people to grant the UK's largest solar farm. At the planning hearing last month, I warned that with escalating global instability, food security is national security. We cannot eat solar panels. I will not roll over while our prime agricultural land is destroyed."
A Reform UK mayor is assessing the possibility of building a case to take to Judicial Review after the Government approved plans for the UK's largest solar farm development on productive farmland. Greater…
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Many people installing solar panels on their vehicles or remote setups face the challenge of finding the right battery to store and use the energy efficiently. The best car battery for solar panels can make a significant difference in performance and reliability.
This type of battery is designed to handle frequent charging and discharging cycles while providing steady power over time. Whether you are powering a campervan, RV, or other off-grid solar systems, choosing the right battery helps ensure your energy needs are met without interruption. In this review, we will explore key features, pros, and potential limitations of some leading car batteries suited for solar panel use.
The goal is to help you make an informed decision that matches your specific requirements and budget.

Featuring SUNER POWER’s Ultra-Smart MPPT (Max Power Point Tracking) technology, this charger achieves tracking efficiency of up to 99% and conversion efficiency as high as 98%. It improves energy capture by approximately 20%-30% compared to standard solar chargers.
The enhanced 3-stage charging process—bulk, absorption, and float—optimizes battery health and performance.
The charger automatically stops charging once the battery is full and resumes when discharge is detected. This trickle maintenance mode prevents overcharging, ensuring battery longevity without the need for manual intervention. Multiple protections guard against overcharge, over-discharge, reverse polarity, short circuits, temperature issues, and more, adding a layer of safety.
Multiple protections guard against overcharge, over-discharge, reverse polarity, short circuits, temperature issues, and more, adding a layer of safety.
Constructed with premium Grade A+ solar cells and tempered glass, the charger is weather-resistant and built to withstand harsh environments. It’s compatible with various 12V batteries including flooded, gel, AGM, SLA, maintenance-free, and LiFePO4 lithium types. Easy installation with included suction cups and plug-and-play cables enhances user experience.
Easy installation with included suction cups and plug-and-play cables enhances user experience.

Pros

• Highly efficient MPPT technology boosts solar power usage up to 30%
• Three-stage charging extends battery life and maintains optimal charge
• Robust safety features protect against common electrical risks

Cons

• Suction cups may not be included in all packages, requiring alternative mounting methods

Reliable and weatherproof, the SUNER POWER solar battery charger presents a practical and smart solution for maintaining 12-volt batteries across many vehicle types. Its ease of use, superior build quality, and safety features make it a valuable addition for anyone looking to preserve battery health effortlessly.

2. POWOXI Upgraded 7.5W-Solar-Battery-Trickle-Charger-Maintainer-12V Portable Waterproof Solar Panel Trickle Charging Kit

Keep your vehicle’s battery reliably charged with the POWOXI Upgraded 5W Solar Battery Trickle Charger. Designed to harness solar energy efficiently, this portable and waterproof kit delivers stable and safe charging wherever your car is parked.
Designed to harness solar energy efficiently, this portable and waterproof kit delivers stable and safe charging wherever your car is parked. Its smart design supports a variety of 12V batteries, making it a versatile solution for maintaining battery health over time.
Whether you’re using it for cars, motorcycles, or farm equipment, this solar charger features enhanced durability and intelligent protection to prevent overcharging or damage. The compact size and clear LED indicators make monitoring charging status simple and hassle-free. Experience uninterrupted power maintenance with this thoughtfully engineered solar kit.

Built with high-transparency tempered glass, the solar panel withstands harsh weather without sacrificing efficiency. Its energy conversion rate ranges between 25% and 30%, ensuring steady power flow to your battery. The integrated smart charge controller adds layers of protection against overvoltage and short circuits, preventing damage during use.
The ABS+PC frame provides exceptional strength to resist scratches and bending, avoiding issues typically caused by metal frames. Installation is straightforward, using alligator clips or a car’s cigar lighter socket, facilitating easy setup across various devices.
This charger supports multiple battery types including LiFePO₄ and Lithium-Ion, broadening its usability beyond just standard car batteries. The solar panel’s LED lights clearly indicate charging status—red for sunlight detection and green for active charging—making it easy to track performance. Customer feedback highlights reliable operation even under cold conditions, confirming its effectiveness in preventing battery drain on seldom-used vehicles.
POWOXI backs this product with CE/ROHS certifications and offers lifetime technical support, reinforcing its quality assurance. Compared to other solar chargers, this model balances power output, durability, and intelligent safety features, providing solid value for anyone needing dependable battery maintenance without frequent manual intervention.

Pros

• Intelligent charge controller protects battery from overcharging and short circuits
• Durable construction with impact-resistant tempered glass and scratch-proof ABS+PC frame
• Easy installation with versatile connection options and clear LED charging indicators

Cons

• Alligator clips may require careful handling to avoid damage on larger battery terminals

The POWOXI 5W solar battery charger is an effective and user-friendly device well-suited for maintaining 12V batteries in vehicles and equipment.

3. Voltset 12V Solar Battery Charger – 20W Waterproof Solar Panel

Harness the power of the sun to keep your 12V batteries energized with the Voltset 12V Solar Battery Charger. Designed for versatility, this 20W waterproof solar panel offers reliable and efficient charging, perfect for cars, RVs, boats, and trailers. Its durable construction ensures performance in all weather conditions.
Its durable construction ensures performance in all weather conditions.
The advanced MPPT technology accelerates charging speed, capturing more sunlight for faster energy conversion. Easy setup and smart protection features make it a convenient and safe choice for maintaining your battery’s health over time.

The Voltset 12V Solar Battery Charger delivers consistent power with its 20-watt monocrystalline panel, known for high efficiency and lasting durability. It comes with an integrated MPPT solar controller that boosts charging speed by 20-30%, reducing wait time while optimizing battery health.
This charger supports a wide range of 12V battery types, including LiFePO4, AGM, Gel, Flooded, and Lithium Ion, making it adaptable across many applications.
Constructed from marine-grade materials, the panel withstands harsh climates from freezing cold to extreme heat. Its IP67 waterproof rating guarantees protection against rain and snow, extending its lifespan beyond 25 years. Installation is hassle-free with pre-drilled mounting holes and an adjustable bracket that sets up within seconds without tools.
Installation is hassle-free with pre-drilled mounting holes and an adjustable bracket that sets up within seconds without tools. The intelligent controller ensures the battery won’t overcharge or drain, auto-stopping when fully charged and resuming when necessary. LED indicators provide real-time charging status, adding ease and monitoring convenience.
This charger is highly practical for maintaining batteries in vehicles or off-grid solar systems. The robust build quality combined with smart technology offers great value by saving you frequent battery replacements. It is especially suitable for users needing a dependable solar trickle charger for everyday battery upkeep in outdoor and mobile environments.

Pros

• Advanced MPPT technology for 20-30% faster charging
• Wide battery compatibility including LiFePO4 and AGM
• Durable, weather-resistant IP67 waterproof design

Cons

• MPPT controller may not fully charge lead-acid batteries without specific settings

With efficient power conversion and rugged construction, the Voltset 12V Solar Battery Charger offers a dependable solution for maintaining your 12V batteries in outdoor conditions. It combines smart features and easy installation, making it a practical choice for extended battery life and reliable off-grid energy use.

4. SUNER POWER Waterproof 30W 12V Solar Battery Charger & Maintainer

Introducing the SUNER POWER Waterproof 30W 12V Solar Battery Charger & Maintainer, a reliable solution to keep your 12-volt batteries charged effortlessly. Designed for durability and high efficiency, this solar charger offers a hassle-free way to maintain batteries in vehicles, boats, and more.
Perfect for long-term battery care, it prevents discharges and extends battery life with smart charging technology. Its waterproof design adds to the convenience, ensuring performance even in challenging outdoor conditions.

Equipped with SUNER POWER’s Ultra-Smart MPPT technology, this solar charger maximizes energy conversion with up to 99% tracking efficiency. The enhanced three-stage charging process uses Bulk, Absorption, and Float modes, guaranteeing thorough and safe battery charging. This method helps increase battery longevity and overall performance without manual intervention.
This method helps increase battery longevity and overall performance without manual intervention.
Maintenance is effortless as the device automatically stops charging once the battery is full and resumes when needed. Users can visually monitor charging progress with clear indicators showing 25%, 50%, 75%, and 100% levels.
Multiple charging modes—12V, AGM, and Lithium—allow compatibility with most 12-volt battery types, including flooded, gel, SLA, and LiFePO4. Its built-in safety features protect against overcharge, short circuits, and reverse polarity, making the charger both safe and dependable. The compact setup with pre-drilled mounting holes and plug-and-play cables adds to user-friendliness, allowing quick installation wherever required.

Pros

• Advanced MPPT technology boosts charging efficiency by 20-30%
• Automatic 3-stage charging algorithm extends battery life safely
• Waterproof and durable design suitable for outdoor use

Cons

• 30W power output might be limited for larger battery banks

The SUNER POWER 30W solar charger blends efficiency, safety, and simplicity, providing a smart maintenance solution for various 12V batteries. Its robust features and reliable performance place it among the best options for solar charging needs, especially when compared to other models that lack advanced MPPT control and multi-mode compatibility.

5. SOLPERK Solar Panel Kit 20W 12V, Waterproof Solar Battery Trickle

Harness the power of the sun with the SOLPERK Solar Panel Kit 20W 12V, a practical solution for keeping your 12V batteries charged and ready. Its durable, weatherproof design makes it ideal for outdoor use on trailers, boats, and vehicles.
This kit includes a high-efficiency solar panel combined with an intelligent charge controller to maintain battery health. The adjustable mounting bracket ensures the panel remains optimally positioned to capture sunlight throughout the day.

Designed with monocrystalline A+ solar cells, the SOLPERK panel achieves impressive efficiency between 21% and 30%, delivering reliable power output. It’s compatible with various 12V rechargeable batteries such as LiFePO₄, Lithium Ion, AGM, SLA, and more, making it versatile for multiple applications.
The construction features low-iron tempered glass and a corrosion-resistant aluminum frame, ensuring complete waterproofing and rust resistance. This rugged build withstands extreme weather, including hail, blizzards, and strong winds, providing durability that extends up to 25 years.
An upgraded 8A charge controller enhances charging efficiency by up to 30% compared to standard controllers. It employs a three-stage charging process to protect batteries from overcharging and short circuits, while two indicator lights keep you informed of the charging status.
Installation is straightforward thanks to pre-drilled mounting holes and included hardware. The 360-degree adjustable bracket allows you to tilt the panel for maximum sun exposure, improving power generation wherever it is placed, from RVs to electric fences.
Users praise its dependable performance in maintaining batteries during storage and extended use. The product offers excellent value by combining efficiency, durability, and ease of use, making it suitable for anyone needing a steady solar energy source for 12V batteries.

Pros

• High solar conversion efficiency that enhances charging speed.
• Robust waterproof and rustproof design for long-lasting outdoor use.
• Smart 8A charge controller with protection features and status indicators.

Cons

• Power output is modest at 20 watts, limiting use to smaller battery systems.

With its reliable performance and sturdy build, the SOLPERK Solar Panel Kit stands out as a practical choice for maintaining 12V batteries under varying conditions. It combines ease of installation with intelligent charging control, making it a strong contender for users seeking dependable solar power solutions.

6. ECO-WORTHY 10W Solar Car Battery Charger Maintainer 12V Waterproof Portable

Maintaining your vehicle’s battery can be effortless with the ECO-WORTHY 10W Solar Car Battery Charger Maintainer. Designed to keep your 12V batteries charged even when vehicles remain unused for extended periods, this solar charger offers convenience and peace of mind. Its portable and waterproof structure enables reliable outdoor use in various conditions.
This solar charger is perfect for sustaining the charge of cars, boats, motorcycles, and other vehicles. The integrated indicator light allows you to monitor the charging status easily. Lightweight and compact, it supports hassle-free installation through either a cigarette lighter plug or alligator clips for battery terminals.

The ECO-WORTHY charger features a 10W monocrystalline solar panel that delivers steady trickle charging without overcharging the battery. Its built-in blocking diode prevents reverse current flow, which enhances battery protection during nighttime hours.
An upgraded PCB adds reverse and overcharge safeguards to improve charging safety and efficiency.
Despite limited sunlight, including cloudy weather, the charger continues to generate positive voltage. The frosted surface design eliminates the need for additional film protection, boosting durability.
Installation takes mere minutes and requires no extra tools or setup, making it accessible for all vehicle owners.
Performance-wise, many users have reported stable battery voltage retention even under demanding battery drainage conditions. The charger suits a range of vehicles such as cars, trucks, boats, lawn mowers, trailers, RVs, and utility vehicles. It’s a reliable, cost-effective maintenance tool that helps extend battery lifespan and reduces unexpected failures.

Pros

• Waterproof design suitable for outdoor use in various weather conditions
• Easy installation with SAE cable, cigarette lighter plug, or alligator clips
• Advanced protections against reverse charging and overcharging for battery safety

Cons

• Limited 10W power may require longer charging time for larger batteries

Overall, this solar charger maintainer offers reliable battery care for various vehicles. Its combination of durable build, safety features, and adaptability makes it a smart choice for anyone seeking to preserve battery health without frequent manual recharging. It stands out as an efficient option among other solar maintainers in its category.
It stands out as an efficient option among other solar maintainers in its category.

7. SUNER POWER Waterproof 20W 12V Solar Battery Charger & Maintainer

Maintain your vehicle’s battery power effortlessly with the SUNER POWER Waterproof 20W 12V Solar Battery Charger & Maintainer. Designed to provide reliable trickle charging, this solar charger keeps 12-volt batteries charged and healthy, making it a perfect companion for extended outdoor use.
Whether you need a dependable power source for your car, boat, or RV, this solar battery maintainer combines efficiency and smart technology. Its waterproof construction ensures durability in various weather conditions, allowing worry-free battery management.

The SUNER POWER charger features innovative Ultra-Smart MPPT technology, which maximizes energy conversion and improves solar panel efficiency by up to 30%. This technology ensures fast and stable charging for 12-volt batteries, enhancing battery performance and longevity with an advanced 3-stage charging process.
Charging modes for 12V, AGM, and Lithium batteries provide versatility, making it compatible with many battery types, including flooded, gel, and LiFePO4. Setup is straightforward, with pre-designed mounting holes and plug-and-play cables for quick installation wherever power maintenance is needed.
Safety is prioritized with multiple built-in protections such as over-charge, short circuit, and reverse polarity, ensuring safe operation. The intuitive charging level indicators display battery status visually, simplifying battery monitoring during use.

Pros

• Ultra-Smart MPPT technology increases charging efficiency by up to 30%
• Multiple charging modes suitable for a wide range of 12V battery types
• Waterproof, durable design built for outdoor conditions

Cons

• 20W power output may be limited for larger battery systems

Overall, the SUNER POWER Waterproof 20W 12V Solar Battery Charger delivers efficient, safe, and convenient battery maintenance. Its smart features and robust design make it a valuable choice for anyone looking to keep their 12V batteries charged without constant manual intervention.

8. POWOXI-9W-Solar-Battery-Trickle-Charger-Maintainer -12V Portable Waterproof Solar Panel Trickle Charging Kit for

Maintain the power of your vehicle’s battery effortlessly with the POWOXI-9W Solar Battery Trickle Charger Maintainer. Designed for durability and efficiency, this portable solar panel ensures your 12V batteries stay charged using clean solar energy even during extended periods of inactivity. Its waterproof and weather-resistant design makes it ideal for outdoor use in various conditions.
Perfect for cars, motorcycles, boats, and other 12V battery-powered devices, the POWOXI solar charger combines intelligent charging technology with robust construction. Stay confident that your battery remains healthy and ready without the need for constant manual charging or maintenance.

This solar battery charging kit features an upgraded intelligent charge controller that protects your battery from overcharging and electrical faults. It uses high-quality solar silicon materials to achieve energy conversion efficiency between 25% and 30%.
The solar panel is built using high-transparency tempered glass combined with an ABS+PC frame that resists impact and external damage. This sturdy design prevents worries about bending or weather-related wear, making it highly reliable outdoors. Installation is simple: connect either through a car power outlet or alligator clips, offering flexible use options.
Equipped with an LED indicator, you can easily monitor the charging status at a glance. The device is suitable for several battery types including LiFePO₄ and lithium-ion, as well as applications such as tractors, ATVs, and snowmobiles.
Its no-fuss maintenance and waterproof qualities make it a practical solution for everyday battery care and power preservation.

Pros

• Smart internal protection system prevents overcharging and short circuits
• Durable construction with high-transparency tempered glass and ABS+PC frame
• Easy installation with options for cigarette lighter plug or alligator clips

Cons

• 9W output may be insufficient for very large batteries or heavy power demands

The POWOXI-9W solar charger is a reliable investment for maintaining 12V batteries across various vehicles and equipment. Its thoughtful design and protective features deliver peace of mind when leaving batteries unused.

9. Sunway Solar Car Battery Trickle Charger & Maintainer 12V Solar

Maintain your vehicle’s battery effortlessly with the Sunway Solar Car Battery Trickle Charger & Maintainer. Designed for convenience and reliability, it harnesses solar power to keep 12V batteries topped up without overcharging. Its compact design fits securely on your windshield or dashboard for continuous charging while parked.
The charger supports a wide range of vehicles such as cars, motorcycles, boats, and RVs, making it a versatile choice. Its simple plug-and-play setup connects through the cigarette lighter socket, while the included suction cup ensures stable mounting. The included LED indicator informs you of the charging status at a glance.

The Sunway Solar charger uses an amorphous solar panel that performs well even under cloudy skies, delivering up to 8 watts of power. It features durable ABS plastic housing and ultra-clear PV glass, adding robustness and efficiency to its build.
It features durable ABS plastic housing and ultra-clear PV glass, adding robustness and efficiency to its build. Its compact size and inclusion of both cigarette lighter adapter and alligator clamps maximize installation options.
It’s designed to protect your battery by preventing reverse charging, thanks to its built-in diode. The device provides a safe trickle charge ideal for maintaining healthy batteries rather than performing full charging. For users who drive infrequently or store vehicles for long periods, this charger helps combat parasitic drain effectively.
While it won’t restore dead batteries, it excels at maintaining charge, extending battery life, and reducing the need for frequent engine starts. Its ease of use combined with practical design makes it ideal for vehicles with a moderate parasitic load.
Compared to higher wattage solar chargers, its simplicity and efficiency keep maintenance hassle-free and cost-effective.

Pros

• Efficient maintenance charging without risk of overcharging
• Durable construction with PV glass and ABS housing for longevity
• Easy installation with cigarette lighter plug and suction cup mount

Cons

• Limited power output unsuitable for charging dead or severely drained batteries

For those seeking a reliable, no-fuss solar charger to maintain their vehicle battery, Sunway’s 12V maintainer offers excellent value. Its thoughtful features and solid performance make it a dependable choice for keeping batteries ready during extended periods of inactivity.

10. 7.5W Solar Battery Maintainer & Trickle Charger, 12V Waterproof Panel

Maintain your vehicle’s battery health effortlessly with the 5W Solar Battery Maintainer & Trickle Charger.
Its waterproof design allows reliable outdoor use in various weather conditions.
Utilizing advanced monocrystalline silicon paired with SmartTrack technology, this charger optimizes sunlight absorption to combat battery drain. Easy to install and highly durable, it suits a wide range of vehicles, ensuring your power sources stay ready when needed.

The 5W solar panel charger delivers a 30% boost in energy conversion efficiency thanks to proprietary SmartTrack technology.
Combining this with premium monocrystalline silicon leads to superior performance, actively maintaining battery charge and preventing downtime. Its integrated 3-color LED system offers clear visual feedback during charging.
Built for rugged use, the panel features 2mm low-iron tempered glass and a corrosion-resistant aluminum frame. It holds an IP68 waterproof rating, allowing it to withstand rain, snow, and wind without compromising function.
Installation is simplified by the included 360° adjustable mounting bracket, suitable for walls, roofs, and uneven surfaces.
Compatibility extends across various 12V battery types including LiFePO4, AGM, and GEL, making it ideal for cars, motorcycles, boats, trucks, pick-ups, and RVs. The smart safety system protects against reverse charging and overvoltage, enhancing battery longevity.
Users praise the solid build quality and efficient charging, noting how it keeps batteries reliable through seasonal breaks.

Pros

• High efficiency with SmartTrack technology for maximized solar intake
• Robust construction using tempered glass and anodized aluminum for all-weather durability
• Universal compatibility with multiple 12V battery types and vehicles

Cons

• Lower power output may require longer charging times for larger batteries

Reliable charging combined with practical features makes this solar battery maintainer a solid choice for preserving vehicle battery health. Its durable build and versatile ease of use provide excellent value for owners looking to avoid unexpected battery failures without complex setups.

Top Car Batteries for Solar Panels: Buying Guide 2026

Capacity and voltage requirements

Understanding the ampere-hour (Ah) rating helps gauge how long a battery can supply power before needing a recharge, which is particularly useful when pairing it with solar panels. Matching the battery’s voltage with that of the solar system ensures compatibility and efficient energy transfer; most small to medium solar setups use either 12V or 24V batteries.
Calculating power needs involves estimating the total watt-hours required by your devices over a specific period, then selecting a battery with sufficient capacity to meet that demand without frequent depletion. Considering these factors can guide buyers toward a battery that maintains steady performance and extends the usability of their solar power system.
When selecting the best car battery for solar panels, paying attention to how well it accepts charge from solar input is key since different batteries vary in their ability to efficiently store solar-generated energy. A battery with a higher charge acceptance rate will replenish faster under solar charging conditions, making it more suitable for off-grid or mobile solar applications. Compatibility with charge controllers also plays a significant role, as a battery must work seamlessly with the solar system’s controller to prevent overcharging and extend battery life.
Compatibility with charge controllers also plays a significant role, as a battery must work seamlessly with the solar system’s controller to prevent overcharging and extend battery life. Additionally, batteries with a low self-discharge rate tend to maintain their charge longer during periods without sun, which reduces maintenance needs and enhances overall reliability. Keeping these factors in mind helps match the battery’s characteristics with the specific demands of solar panel setups while minimizing upkeep and maximizing performance.
The longevity of a battery hinges greatly on its cycle life and depth of discharge, as these determine how many charge and discharge cycles the battery can endure before its performance declines. Batteries designed to handle deeper discharges typically offer extended usability for applications involving frequent energy use and replenishment. Another important aspect is the battery’s resistance to temperature fluctuations since exposure to extreme heat or cold can accelerate wear and reduce efficiency.
Another important aspect is the battery’s resistance to temperature fluctuations since exposure to extreme heat or cold can accelerate wear and reduce efficiency. Choosing a battery with robust temperature tolerance helps maintain consistent performance in various environments. Warranty coverage also plays a significant role in assessing expected service life, offering peace of mind through protection against premature failure.
Generally, batteries backed by longer warranties reflect the manufacturer’s confidence in durability and often correspond to a longer operational lifespan.
When selecting a battery that pairs well with solar panels, physical dimensions and the space you have available play a key role. Batteries come in various sizes, so measuring the area intended for installation can help avoid surprises and ensure a suitable fit.
The weight of the battery also influences portability, especially if you plan to move or reposition the setup frequently; lighter models make handling easier without compromising performance. Installation ease depends on the battery’s design and compatibility with your existing equipment, with options varying from plug-and-play units to those requiring more technical setup. Maintenance demands should be considered to match your willingness and ability to care for the battery over time, as some require regular checks and fluid refills while others offer a more hands-off approach.
Taking these factors into account aids in finding a battery that integrates smoothly into your solar power system while matching your lifestyle and space constraints.
When choosing a power source for solar energy storage, understanding the differences between leadacid and lithiumion batteries can greatly impact performance and longevity. Leadacid batteries have been used for many years and are generally more affordable. They perform well in delivering large bursts of power and are often found in traditional setups.
However, they tend to be heavier and require regular maintenance. On the other hand, lithiumion batteries are lighter, offer higher energy density, and have longer lifespans with less maintenance needed.
These qualities make them a preferred choice for more advanced or space-conscious applications, though their upfront cost is typically higher. For solar panel systems, deep cycle batteries are particularly suited because they can be discharged and recharged many times without significant degradation, which is essential for consistent energy storage and usage. Considering these factors, evaluating the balance between initial investment, maintenance requirements, and expected performance will guide buyers toward the best solution for their solar power needs.
Considering these factors, evaluating the balance between initial investment, maintenance requirements, and expected performance will guide buyers toward the best solution for their solar power needs.
When choosing a car battery suitable for solar panel setups, balancing price with performance is key to making a smart investment. Opting for products that provide long-lasting power and durability without excessive cost can help maintain efficiency in your solar-powered system. Brands with a solid reputation often offer reliable batteries backed by positive customer reviews, which can give confidence in the product’s real-world performance and longevity.
Brands with a solid reputation often offer reliable batteries backed by positive customer reviews, which can give confidence in the product’s real-world performance and longevity. Access to responsive customer support and the availability of replacement parts should also factor into the decision-making process, as these elements contribute to hassle-free maintenance and extend the usability of the battery. Paying attention to these factors will contribute to selecting a battery that meets both your energy needs and practical requirements over time.
A standard car starting battery is not ideal for use with solar panels because it is designed to provide short bursts of high current to start an engine, not for deep and continuous discharge cycles. Solar power systems require batteries that can handle frequent charging and discharging over long periods without degrading quickly. Special batteries, such as deep cycle batteries or lithium-ion batteries, are recommended for solar applications. These batteries are built to deliver consistent power over extended time and have a longer lifespan when used with renewable energy systems.
Battery capacity directly influences the performance of a solar panel car battery system by determining how much energy can be stored and utilized. A higher capacity battery stores more energy collected from the solar panels, allowing the car to run longer and support more power-intensive functions without needing frequent recharging. Conversely, a lower capacity battery limits the energy available, reducing driving range and operational time. Additionally, sufficient battery capacity ensures the system can handle charging and discharging cycles efficiently, maintaining performance and battery lifespan. Matching battery capacity with solar panel output is essential to optimize energy use and overall system reliability.
When pairing a car battery with solar panels, key features to consider include battery type, capacity, and compatibility. Deep cycle batteries are ideal because they can handle repeated charging and discharging cycles, unlike standard starter batteries. Capacity, measured in ampere-hours (Ah), should match your solar panel output and energy needs to ensure efficient storage. Additionally, look for batteries with good cycle life and low maintenance requirements to enhance durability. Proper voltage compatibility with your solar system is crucial to prevent damage and maximize performance. Selecting a reliable, weather-resistant battery also supports long-term use in varying conditions.
Deep cycle batteries are specifically designed to provide a steady amount of power over an extended period, making them ideal for solar panel systems. Unlike regular car batteries, which deliver short bursts of high current to start engines, deep cycle batteries can be discharged and recharged repeatedly without significant damage. This durability ensures a reliable energy storage solution for solar setups, supporting consistent power supply. Additionally, deep cycle batteries typically have thicker plates and a more robust build, enhancing their lifespan in renewable energy applications. Regular car batteries, on the other hand, are not optimized for deep discharges and may degrade quickly if used in solar systems. Therefore, deep cycle batteries are generally a better choice for solar energy storage.
The best type of car battery for use with solar panels is a deep cycle battery. Unlike regular car batteries designed for short bursts of high energy to start an engine, deep cycle batteries are built to provide a steady amount of power over a longer period. This makes them ideal for storing energy generated by solar panels. Among deep cycle batteries, AGM (Absorbent Glass Mat) and lithium-ion batteries are popular choices. AGM batteries are maintenance-free and handle discharge cycles well, while lithium-ion batteries offer higher efficiency, longer lifespan, and lighter weight, though at a higher cost. Choosing the right battery depends on budget, energy needs, and system design.
Choosing the best car battery for solar panels involves balancing durability, capacity, and compatibility with your solar setup. While traditional lead-acid batteries may be cost-effective, lithium-ion options typically offer longer life spans and better efficiency, making them suitable for consistent solar energy storage. However, these batteries can come with higher upfront costs and specific maintenance needs.
This type of battery is ideal for individuals seeking reliable power storage for off-grid or backup energy systems connected to their vehicles. Potential buyers should weigh factors like budget, usage frequency, and environmental conditions before deciding.
Overall, selecting a battery that aligns with your solar panel’s output and energy demands will ensure dependable performance without unnecessary expense or complexity.
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Developer of Massachusetts offshore wind farm sues to stop turbine manufacturer from walking away  AOL.com
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Voltalia (ENXTPA:VLTSA) Valuation Check As Bolobedu Solar Farm Reaches Full Commissioning  simplywall.st
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Topic: Solar photovoltaic energy in France  Statista
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Lincolnshire residents are “very upset” by the approval of the UK’s largest solar farm on their doorstep.
The Springwell Solar Farm will cover 3,163 acres near the villages of Metheringham, Scopwick and Navenby, and will potentially be in operation for up to 40 years.
The 800MW project would be able to generate more energy than any other solar farm, and will come online in 2029.
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The government’s decision, which was released on Wednesday (April 8), was widely-expected but has proved unpopular with local residents.
One small business owner in Navenby told the Local Democracy Reporting Service: “Everyone is very upset about it – there have been signs protesting about it everywhere for months.
“It will ruin the rural landscape of the Cliff Villages. I’ve not met a single person who wants it.
“It’s not come as a surprise. It feels like it was already decided months ago – the consultation was a foregone conclusion.”
The project would be able to power 180,000 homes – around half of the total number in Lincolnshire – which the government says is essential as the energy becomes more unpredictable.
Another Navenby shopkeeper, who asked to remain anonymous, said: “If only we paid farmers more, this wouldn’t be an issue. Why wouldn’t they take the money if they’re struggling to make a profit?
“The big problem happens at the end – do all the panels and cables get removed properly and the fields restored?
“It would be better to see these in dead space such as beside motorways or above car parks.”
Sid Hamish, who lives in Canwick and was visiting Scopwick, said: “It’s going to ruin the landscape – it’s too much what with other solar farms planned near Nocton and Bracebridge.
“Farmers’ land is more important for growing crops.”
Another Navenby resident said: “I’m not happy about it at all. It will look an eyesore, turning green fields into solar panels.
“It won’t really change the village itself, but the countryside will look very different.”
A spokesperson for developers EDF power solutions and Luminous Energy said: “As the project moves forward, we remain committed to working collaboratively with local communities and partners to reduce the impacts of construction while delivering long-term benefits for the region.”
Energy Minister Michael Shanks said: “We are driving further and faster for clean homegrown power that we control to protect the British people and bring down bills for good.
“It is crucial we learn the lessons of the conflict in the Middle East – solar is one of the cheapest forms of power available and is how we get off the rollercoaster of international fossil fuel markets and secure our own energy independence.”
Tesla and SpaceX CEO Elon Musk unveiled what might be his grandest overarching vision for where he sees his companies headed.
The two-legged quarterfinal matchups will take place April 7-8 and 14-15.
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"WWE Raw" featured a blockbuster night of big names at Madison Square Garden, with CM Punk, Roman Reigns, Gunther and more make their presences felt.
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Nate Tice and Matt Harmon join forces to buy & sell NFL teams and their offseason plans so far.

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QUINCY–A special permit request for a solar power project along Wisman Lane near North 42nd Street is on the city council agenda for Monday, April 13.
Alderman Mike Adkins (R-Ward 3) made a motion at the last city council meeting to reject the plan commission’s recommendation for the project. Alderman Kelly Mays (R-Ward 3) offered the second of that motion.
The full council voted to table the issue for another week.
Quincy, IL Solar 5, LLC has requested a special use permit to allow for the construction and operation of a three-megawatt community solar project at 3909 Wisman Lane.
It is outside city limits near Ward 3, but is close enough to be under the purview of the Quincy City Council.
It is zone M3 (planned industrial district).
After Adkins and Mays made their motion, Eric Entrup (R-Ward 1) referenced past discussions on the project.
“Is there any new evidence to go against the plan commission’s decision?” Entrup said. “Just curious.”
It was then that Mayor Linda Moore called on the city’s planning director, Jason Parrott, to address the council.
While they waited for Parrott to walk up to the podium, Mays interjected.
“As a council, we have yet to approve a special use permit for solar panels,” Mays said. “That’s why.”
“If you looked at the sites that have been proposed for these, this would really be one that fits the most with our code,” Parrott said. “Because when we added our solar ordinance, we established that as a special use permit, it could be located in an Industrial (district). Anything else would require a special permit for planned development.”
Parrott went on to explain that the area offers no residential opportunity because, with industrial zoning, there is no construction of residential.
“So that’s why we wanted to gear these towards industrial,” he said. “The only other one that has been considered since we adopted that ordinance was the one that was in the rural area at 36th and Ellington.”
But Mays said she thought if it was the right zoning then a project wouldn’t need a special use permit.
Parrott said there’s nowhere in Quincy that is a permitted use by right.
“The next phase is the special use permit,” Parrott explained. “That is where we would intend these to go toward industrial. Anything else, if it’s residential, if it’s rural, if it’s commercial, then they would have to get a special permit for planned development, which requires conditions you could have placed on it.
“These-the only condition is-must follow the actual code because if we wanted a solar farm, we would want it to be industrial versus other types of property.”
Entrup raised the question of possible legal action against the city if the council voted against the project.
“I was always told you had to have some sort of new evidence,” Entrup said.
According to City of Quincy Corporation Counsel Bruce Alford, there would have to be a reason why the permit doesn’t meet code standards. For example, if it were detrimental or endangers health.
“We’ll find that out in the first hail storm,” Adkins said.
“I know the hail storm will damage the solar panels,” Alford said. “I don’t know if it endangers the neighbors or public health.”
Alford said he understood Adkins’ concerns about potential damage, but, up until the night of the meeting, was unaware of Adkins’ issue with the project.
“We’re going to need a reason why one of those seven conditions (in the ordinance) isn’t met,” Alford said.
Parrott added that the item was part of the most recent plan commission meeting, where no one spoke on this particular project.
“Because I did not anticipate anything on this, the individual who is representing this company was willing to fly out to be here, I told them not to,” Parrott said. “I would ask to table for a week, so that she can fly out and answer questions.”
Adkins and Mays agreed to withdraw their motion to reject the proposal, and the full council, on a unanimous voice vote, agreed to give it a week.

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Published daily by the Lowy Institute
Japan’s largest supplier of coal and LNG has just pledged to transition from fossil fuels – creating both tension and opportunity.
One of the major developments at COP30 in Brazil was Australia signing the “Belém Declaration to Transition from Fossil Fuels”.
What does this mean for relations with Japan, Australia’s largest energy export market?
Japan has played a pivotal role in the development of Australia’s resources industry from iron ore in the 1960s to being the foundation customer of the North West Shelf gas project in the 1990s and still regards LNG as the cornerstone of its energy security.
I first visited Japan at the turn of the century. It was like going to Disney’s Tomorrow Land. The Shinkansen was the fastest regularly operating high-speed train in the world. The Toyota Prius had the world’s most efficient vehicle power train. Japan had shown leadership in climate change negotiations, hosting COP3 in 1997 that adopted the Kyoto Protocol.
But then Japan lost its climate change mojo.
In one word, the reason was “Fukushima”.
Japan switched off its nuclear power plants after the March 2011 Fukushima nuclear disaster.
Despite a fleet of Nissan Leafs turning up to stricken communities to provide power and emergency responders, Japan had to ration electricity, even creating a new summer dress code, and in the years after went slow on the renewable energy transition and electric mobility.
Panasonic was the original battery supplier to Tesla but Toyota sold its Tesla shares and doubled down on its “plug-free” and plug-in hybrid technologies, as well as hydrogen powered fuel cell vehicles which barely register on global sales charts.
Japan’s fixation on hydrogen is illustrated by the request by Japan’s ambassador to Australia, Kazuhiro Suzuki, at his 12 November 2025 National Press Club address, to sequester captured carbon dioxide from imported LNG into depleted Australian oil and gas fields. Similarly, Japan has been slower than South Korea in deploying solar panels, betting on thin-film perovskite solar cells that are still in the early stage of development, instead of rapidly deploying super cheap silicon-based solar PV to replace fossil fuels now.
So what can Australia do to help Japan decarbonise?
The first approach would be to encourage Japan to be a foundation customer and investor in future mineral and metal ore processing in Australia powered by renewable energy. Green metals and minerals could then be exported to Japan for further processing and value adding into batteries, magnets, power electronics, robots, ships, vehicles and wind turbine parts, industries of the future.
For example, 90% of the energy used to make steel is expended in the initial iron making process which could be done in Australia. Meanwhile, 90% of the value of steel comes from final fabrication, which could be done in Japan to meet customer demand.
The second idea would be to urge Japan to prioritise electrification, powered by renewable energy, including the rapid deployment of silicon-based solar PV – incorporating Australian technology – and offshore wind, possibly even through the joint development of floating offshore wind platforms which both our countries need. Japan’s focus on hydrogen fuel cell technology has ceded its first-mover advantage to China and South Korea where original equipment manufacturers are accelerating the electrification of all forms of ground transport.
If Japan electrified its vehicle fleet, it would slash fossil fuel use and could even enable the country to regain the lead in power electronic technologies like vehicle-to-grid.
The third area is to work with Australia in supporting regional decarbonisation. Japan is the largest energy donor in both the Pacific and Southeast Asia, the two priority regions for Australia’s overseas development assistance.
Too often Australia and Japan’s objectives are at loggerheads.
In Southeast Asia, Australia’s main energy goal is to support the development of an ASEAN grid by 2045 to expand the potential customer base for new renewable energy projects given existing take-or-pay thermal power arrangements make it difficult to launch new projects.
On the other hand, Japan has been selling surplus LNG it contracts from Australia and encouraging countries to add ammonia to their energy mix, requiring new infrastructure that usually has a 20-year payback period.
Australia should encourage Japan to put the bulk of its US$8 billion Asia Zero Emission Community financial support into projects that support the development of an ASEAN grid powered by renewable energy.
In the Pacific, Australia has a $75 million off grid renewable energy program, trialling the retrofit of outboard motors with battery electric kits from Australian company eClass Outboards and is entering into strategic energy partnerships. Australia should urge Japan to back the region’s goal of 100% renewable energy, including by supplying battery electric vehicles and outboard motors like the Yamaha HARMO through its regional network of distributors, enabling banana boats to be electrified.
While Japan will continue to make its own energy decisions in its national interest, Australia can help Japan regain its climate change mojo and slow global warming.
Get the latest commentary and analysis on international events from experts at the Lowy Institute and around the world.
The Interpreter features in-depth analysis & expert commentary on the latest international events, published daily by the Lowy Institute.
© Copyright 2026 Lowy Institute

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Synergy’s plans to build a 2 GW solar, wind and battery project in Western Australia’s Mid West have cleared a major regulatory hurdle with the state’s environment watchdog waving the project through.
Government of Western Australia
Government-owned gentailer Synergy has secured all state approvals for its proposed 2 GW Tathra solar, wind and battery energy storage project after getting a green light from Western Australia’s environmental regulator.
The state’s Environmental Protection Authority (EPA) has signed off on the $4.5 billion project, saying that the likely environmental effects of the proposal are “not so significant” as to warrant formal assessment.
The EPA decision follows approval of all three project components by the Development Assessment Panel (DAP) in December.
The Tathra renewable energy project, to be built across an almost 16,000-hectare site near the town of Eneabba about 300 kilometres north of state capital Perth, is to comprise up to 500 MW of solar, 1,000 MW of wind generation and 500 MW of battery energy storage. It is planned to connect into the northern section of the state’s main grid, South West Interconnected System (SWIS), via the existing 330 kV transmission line that intersects the project site.
The project is part of the state government’s Energy Transformation Strategy, designed to support the transition to renewables and the phase out of coal by the end of the decade.
The Western Australian government has committed to retire its state-owned coal-fired power stations by 2030 and replace them with reliable renewable electricity generation and storage.
The Tathra project will form part of Synergy’s growing renewable energy fleet with the utility saying it will contribute significantly to the state’s energy future with the combination of solar, wind, and batteries allowing it to maximise the site and the transmission line’s existing capacity.
Synergy said by co-locating solar panels, wind turbines, and a battery energy storage system on the same site, the project can balance energy output by smoothing fluctuations in generation and ensure a more stable flow of electricity to the grid.
It added that the battery will help prevent grid overload by absorbing excess energy that might otherwise be curtailed, “helping to maintain grid stability and avoid unnecessary waste.”
“This integrated approach not only supports Western Australia’s renewable energy goals but also delivers a more flexible, efficient, and reliable electricity supply for the future,” it said.
The Tathra project is among a suite of renewable energy generation and storage sites Synergy is developing across the SWIS, including a 500 MW / 2,000 MWh battery energy storage system at Collie in the state’s southwest that is the currently working through the commissioning phase, adding to the two battery systems it has built nearby at Kwinana that total 325 MW of power capacity with 1,100 MWh of storage capacity.
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CT News Junkie
Connecticut News from your locally owned & operated news source at the state Capitol since 2005.
Prospect and Winchester are the latest Connecticut municipalities to be approved for automated traffic enforcement cameras by the state. 
They join 11 other municipalities approved so far: Beacon Falls, Fairfield, Greenwich, Marlborough, Middletown, Milford, New Haven, Stratford, Stamford, Wethersfield and Washington. 
Hamden, Hartford and West Hartford have also submitted plans that are awaiting approval. 
Related: What you need to know about CT’s traffic cameras 
Prospect’s plan includes three separate locations for speed cameras on main thoroughfares: On Route 69 south of Oak Lane, Route 69 north of Talmadge Hill Road and Route 68, also known as Cheshire Road, west of Matthew Street. 
The town, which is just south of Waterbury, has about 10,000 residents and reported four fatal accidents between 2016-2018 in its application. The three specific locations were selected due to ongoing safety concerns, officials said.
Winchester’s plan includes two speed cameras: One is planned for Main Street, also known as Route 44, by Route 183. The second one is planned for Norfolk Road, also Route 44, east of Dam Road. They will go along with the town’s Vision Zero plan, which hopes to eliminate fatal and serious injury accidents by 2034. 
The town, which includes the city of Winsted, has a population of just over 10,000 residents. Officials said in the plan that the municipality handles a high-volume of traffic, often at very high speeds, based on recent traffic studies. 
Speed cameras, once installed and activated, take a picture of an offending vehicle’s license plate that is going 10 or more mph over the posted speed limit. This image will be reviewed by a law enforcement official. If applicable, a fine will be mailed to the vehicle’s registered owner, with a first offense costing $50 and subsequent offenses $75. Most municipalities will also charge a $15 administrative fee to process the fines.   
For the first 30 days after cameras are activated, only written warnings are sent out before fines will start being issued.
A municipality looking to submit a plan to the state DOT for automatic traffic devices must first hold a public hearing, and the plan must show how the devices could help improve traffic safety. 
The roadway safety law passed in 2023 provides 60 days for submitted plans to be reviewed by the DOT and then approved or rejected. If a plan is rejected, the DOT will provide specific justifications and guidelines on how to resubmit. 
Once a plan is approved, it is good for three years. Municipalities can reapply once the three years are up, the DOT said.

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Viktoria Sundqvist is a veteran Connecticut journalist, a CTSPJ board member, and a former newsroom data analyst. She also runs the CT Missing People & Cold Cases Substack. Sign up here!
















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Secretary Rollins Blocks Taxpayer Dollars for Solar Panels on Prime Farmland  USDA (.gov)
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Data from the Swedish Energy Agency finds there are now approximately 314,600 grid-connected solar plants in Sweden, the majority of which are systems smaller than 20 kW. The agency’s latest analysis also notes the rate of installations is slowing.
Image: Cartist/Unsplash
Sweden installed 21,600 grid-connected solar plants last year, according to figures published by the Swedish Energy Agency, taking the total number of installations to approximately 314,600.
The total number equates to around 5.5 GW of installed capacity, which the agency says is equivalent to approximately the amount of electricity the county of Halland, located south of Gothenburg, uses annually, or the annual electricity consumption of around 13.4% of Swedish households.
Of the 21,600 solar power plants deployed in Sweden last year, 54% were below 20 kW in capacity, 34% were between 20 kW and 1 MW in size and the remaining 12% were above 1 MW.
The Swedish Energy Agency has noted that the pace of solar installations in Sweden is slowing. Last year’s added systems represented a 15% increase in installed capacity on 2024 levels. For comparison, the number of solar PV systems increased by almost 70% between 2022 and 2023.
Elin Larsson, Head of Unit for Electricity Production and Society at the agency, said that solar power is expected to continue growing in Sweden, but at a slower pace and mainly in the form of larger solar plants.
“The economic situation together with changed financial support for small-scale producers has meant that fewer people have chosen to purchase solar cells,” Larsson explained. “This applies to both companies and households. However, solar power continues to be an important piece of the puzzle in meeting the increasing need for fossil-free electricity production.”
In January, Swedish solar association Svensk Solenergi told pv magazine that last year, when the country added 652 MW of solar, was likely the bottom of Sweden’s installation curve.
Figures from the association added that there were over 287,000 solar power plants of less than 20 kW in Sweden by the end of 2025, equivalent to 90% of all grid-connected solar plants and little over 3 GW of total solar capacity in the country.
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Plans have been drawn up for a large solar farm on farmland near Melton Mowbray.
Renewable energy firm Boralex has submitted proposals to Melton Borough Council to install solar panels on a 293-acre (118-hectare) site off Sawgate Road, Burton Lazars.
The company said the complex would generate 99.9 MW of electricity – enough to power 25,000 homes.
Documents lodged with the council said the site, covering eight fields, would operate for 40 years before being decommissioned and the land returned to its former use.
Planning officers said Boralex was not required to submit an environmental impact assessment for the development, which would cover an area about the size of 183 football pitches.
A full planning application is expected at a later date.
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Aggreko has unveiled plans to build what it says will be Australia’s biggest off-grid renewable hybrid power facility after signing a long-term power purchase agreement with the owner of Queensland’s largest proposed copper mine.
Image: Aggreko
From pv magazine Australia
Scotland-headquartered energy solutions company Aggreko has finalised a “landmark” power purchase agreement (PPA) with South African mining company Harmony Gold for the Eva copper project being developed in northwest Queensland.
Aggreko said the minimum 15-year PPA paves the way for the development of “Australia’s largest off-grid renewable hybrid power facility and one of the most advanced in the country” to support the construction and operation of the AUD 2.4 billion ($1.67 billion) open-pit copper mine being developed by Harmony, about 75 kilometres northeast of Cloncurry.
The new power plant will combine a 118 MWp solar farm and a 250 MWh battery energy storage system, backed by a 104 MVA thermal power facility. Aggreko will build, own and operate the asset that it said will be optimised for the use of renewables, providing Harmony with “a resilient and future-focused energy platform.”
“This combination will allow for high renewable contribution, reduced fuel consumption, and improved emissions performance across the mine’s lifecycle,” the company said in a statement, adding that it is working with Harmony to increase the share of renewable energy generation, including potential wind integration and future connection to the grid.
Aggreko said this will ensure the power solution remains flexible and evolves with the mine’s long-term requirements.
George Whyte, Aggreko’s APAC Managing Director, said the Eva project is a milestone for both the company and the Australian mining sector.
“The scale of this renewable hybrid power station and the level of integration between solar, battery storage and thermal generation set a new benchmark for off-grid energy,” he said. “Our long-term agreement reflects Aggreko’s commitment to partnering with industry to deliver innovative, lower emission energy solutions that are both commercially and operationally robust.”
The Eva project exemplifies a shift in Australia’s resources sector with miners increasingly turning to renewable energy sources as they seek to improve their economics and energy efficiency and reduce their carbon footprint.
Among those to make the move is Liontown Resources which has teamed with Australian remote power generation specialist Zenith Energy to roll out a 95 MW hybrid facility to help power its Kathleen Valley lithium mine in Western Australia.
The Kathleen Valley facility combines 17 MW of solar, 30 MW of wind, and a 17 MW / 20 MWh battery energy storage system. Additionally, the system includes 27 MW of gas generation and 5 MW of diesel-fuelled generation.
While recognised as the largest operating off-grid renewable energy hybrid power station in Australia, the facility is set to be eclipsed by an almost 530 MW power plant that will help power Northern Star Resources’ gold mining operations near Kalgoorlie-Boulder in Western Australia.
To be delivered by Zenith, the proposed facility is to combine 138 MW of solar generation, 256 MW wind generation, and a 138 MW / 300 MWh battery storage system with 120 MW of thermal generation.
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Renewable Energy, Science and Technology, Solar Energy
The Chinese manufacturer LONGi broke the world efficiency record for perovskite solar cells and crystalline silicon by achieving 34.85% energy conversion, surpassing the theoretical physical limit of pure silicon at 33.7%, known as the Shockley-Queisser limit. The result was certified by the National Renewable Energy Laboratory (NREL) in the United States and announced on April 16, 2025.
Traditional silicon solar panels, found on most Brazilian rooftops, operate with efficiency between 22% and 24%. This means that more than three-quarters of the sunlight that hits the panel is wasted.
The perovskite solar cell combined with silicon changes this scenario by stacking two materials that absorb different ranges of the light spectrum. In this way, the energy that one material cannot capture is utilized by the other.
Scientists create a “molecular sponge” that transforms dirty water and even water from the Dead Sea into potable water using only sunlight and without consuming any electrical energy.
For the first time in over half a century, humans have seen the Moon up close and returned to tell the tale, and the technology that brought them back makes Apollo look like a toy.
From 1969 to 1972, only 12 human beings set foot on the Moon, and then the world simply stopped going, until this week when NASA showed that the journey back has finally begun.
Prairie chicken robots simulate mating dances and sounds in Wyoming to bring the species back to habitats and prevent breeding at Jackson Hole Airport after a decline from 73 to 3.
Moreover, the theoretical limit of this tandem technology reaches 43%, far above the ceiling of conventional silicon. Therefore, laboratories and manufacturers around the world are heavily investing in the race for commercialization.
LONGi has been breaking its own records at an impressive pace. In November 2023, the company recorded 33.9% efficiency. In June 2024, it rose to 34.6%. Now, with 34.85%, it has consolidated its global leadership.
However, the Chinese company is not the only one in the competition. The race for records in tandem cells also involves manufacturers like JinkoSolar, which achieved 33.24% in similar cells.
The development was made possible thanks to a bi-layer interface passivation strategy, combining lithium fluoride (LiF) with ethylenediammonium diiodide (EDAI) molecules. This technique maximizes electron transport and hole blocking at the junction between the two materials.
While LONGi breaks records in the lab, the British company Oxford PV has already turned the perovskite solar cell into a commercial product. The company made its first sale of tandem modules for an industrial-scale project in the United States in September 2024.
The modules are manufactured at the plant in Brandenburg an der Havel, Germany, with a capacity of 100 MW. Each panel contains 72 cells and delivers up to 20% more energy than a conventional silicon module.
As a result, the levelized cost of electricity (LCOE) is lower, even with the higher initial price. The projected manufacturing cost for tandem modules with 25% to 30% efficiency ranges between $0.29 and $0.42 per watt.
Still, Oxford PV has ambitious goals: to achieve 26% commercial efficiency by 2026 and to start mass production at the gigawatt scale in 2027.
In partnership with the Fraunhofer ISE, a leading German research institute in solar energy, Oxford PV developed an industrial-format module with 25% efficiency and a power output of 421 watts in an area of just 1.68 square meters.
For comparison, conventional silicon panels with a similar area deliver between 340 and 370 watts. Therefore, the difference in generation over 20 or 25 years is significant for those seeking savings on their electricity bill.
Despite the advances in efficiency, perovskite has a Achilles’ heel: sensitivity to moisture, oxygen, and high temperatures. Thus, the degradation of the material can reduce the lifespan of the panels if the encapsulation techniques are not adequate.
Oxford PV is working to ensure modules with a lifespan of 20 years by 2028, but field tests are still ongoing. The longest publicly reported operating time is approximately 1,000 hours — while market guarantees require performance for 25 years.
On the other hand, researchers have already demonstrated that vacuum-manufactured perovskite retains 80% of performance after 1,080 hours at 75°C, indicating that stability is rapidly evolving.
Therefore, although perovskite tandem technology is already a commercial reality, consumers should follow the next few years of testing before considering an immediate switch. The promise is real, but field validation still needs to mature for perovskite panels to become as reliable as silicon panels that have been operating for decades on rooftops around the world.
I’ve been working with technology for over 13 years with a single goal: helping companies grow by using the right technology. I write about artificial intelligence and innovation applied to the energy sector — translating complex technology into practical decisions for those in the middle of the business.
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A mining major is procuring one of Zambia’s largest solar PV facilities to date, while also advancing a significant transmission project.
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Voltalia commissions 148MW South African solar farm  reNews
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Avangrid, a subsidiary of Spanish utility Iberdrola, has reached commercial operations at two PV power plants in the US state of Oregon.
With a combined 269MW of capacity – 189MW for the Daybreak Solar project and 80MW for the Bakeoven Solar project – and 650,000 installed solar panels, the two solar PV plants are located in Wasco County, adjacent to each other.
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The company has partnered with a local sheep ranger to graze around 3,000 sheep at the two projects. So-called solar grazing is becoming an increasingly popular means of controlling vegetation solar sites as well as maintaining land for agriculture.
Both solar PV plants are supplying electricity to the local distributor’s grid, Portland General Electric (PGE), through a voluntary state programme – called Green Future Impact (GFI) – that aims to large municipal, commercial and industrial customers to offtake capacity. Among the electricity offtakers for these two recently operational PV projects is semiconductor company Intel.
Avangrid CEO, Jose Antonio Miranda, said: “Together with PGE and Intel, we’re delivering a new source of reliable power that will energise Oregon’s communities and industries for decades to come.”
According to Avangrid, it is the leading supplier of electricity to PGE’s GFI programme through these two projects and a third solar PV plant that reached commercial operations in 2023. At the time, the Pachwáywit Fields project was dubbed the largest PV project in the state of Oregon.
A fourth project set to participate in the programme is currently under construction in Morrow County. Once operational later in the year, the Tower Solar will have a 166MW capacity and has already secured a power purchase agreement, which involves tech giant Meta.
The construction of these two solar projects will give a boost to Oregon’s installed PV capacity, which sat at less than 2GW at the end of 2025, according to data from trade body the Solar Energy Industries Association (SEIA). The trade association forecasts 2.6GW of new solar PV installations over the next five years, putting Oregon in the mid-range among all US states.
After five editions of Large Scale Solar USA, the event becomes SolarPLUS USA to mirror where the market is heading. The 2026 edition, held in Dallas, Texas, on 24-25 March, will bring together developers, investors and utilities to discuss managing hybrid assets, multi-state pipelines, power demand increase from data centres and AI as well as the co-location of solar PV with energy storage in a complex grid. For more details and how to attend the event, visit the website here.

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The plant will supply 300GWh annually and reduce emissions by more than 237,000tpa.
Renewable energy producer Voltalia has begun full operations at the 148MW Bolobedu solar farm in Limpopo, South Africa.
Electricity is wheeled through Eskom’s transmission network to Richards Bay Minerals (RBM), a subsidiary of Rio Tinto, under a long-term corporate power purchase agreement.
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The facility is expected to generate around 300GW-hours (GWh) a year and is projected to cut carbon dioxide emissions by more than 237,000 tonnes per annum (tpa).
The output equates to the yearly electricity consumption of approximately 425,000 people.
Construction activities provided employment for around 800 residents from three host communities, including 56% youth and 21% women, according to the company.
Local workers received on-the-job training in engineering support, panel installation, and health, safety and environment practices.
The project also procured services from local transport cooperatives, catering businesses led by women and handicraft providers, alongside longer-term skills development programmes.
Voltalia said that two local women investors partnered in the project, describing Bolobedu as the first large-scale renewable energy development in the area backed exclusively by women investors.
Voltalia CEO Robert Klein said: “The full commissioning of Bolobedu, the first large-scale photovoltaic project of this kind developed in South Africa for a private client, illustrates our commitment to accelerating the decarbonisation of industries and supporting an inclusive energy transition in the country, in close partnership with local communities.”
RBM managing director Werner Duvenhage said: “This initiative is not just about energy security but also about the long-term sustainability of our mining operations. As we break ground on Zulti South, this initiative paves the way for a cleaner energy future, contributing to both the national power grid and our global decarbonisation targets.”
The company signed a strategic partnership with IFC, a member of the World Bank Group, in October 2025 to advance Power-to-Mine projects across Africa.
In March 2025, Voltalia entered into a power sale agreement with JSC Uzenergosotish for its 526MW Artemisya hybrid project in Uzbekistan.
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© 2025 THE COOL DOWN COMPANY. All Rights Reserved. Do not sell or share my personal information. Reach us at hello@thecooldown.com.
“You have to call them out.”
Photo Credit: Instagram
A recent video on Instagram showed a passerby intervening when a tourist made the poor choice to approach a herd of bison in Yellowstone National Park.
The video was shared by Tourons of National Parks (@touronsofnationalparks), an account dedicated to collecting similar clips of guests behaving irresponsibly in these shared spaces. In most cases, however, no one steps in to stop them.
A post shared by @touronsofnationalparks
This time, the person taking the video had something to say to the man standing only about 10-15 feet from several bison.
“Sir, you are way too close,” the cameraman said while approaching the tourist in a vehicle.
The tourist seemed not to get the message; though he said, “OK,” he took only a couple of steps back.
“No, get out of the — go!” the cameraman said. “Are you kidding me? What are you thinking?”
With enough prompting, the tourist did stroll away, but his casual attitude remains remarkable.
Despite this man’s complete lack of concern, bison are dangerous animals. They’re almost as tall as the man in the video and significantly bulkier, and though they are herbivores with no interest in eating other creatures, that doesn’t mean they won’t attack for other reasons.
For example, a bison can charge at the drop of a hat. That’s even more likely when there are calves around, as there are in this video.
Sadly, too many visitors to national parks and other natural spaces are casual about the way they interact with wildlife. They approach much closer than the National Park Service’s recommended distance of 75 feet from most animals and 300 feet from carnivores, and they behave in ways that the animals may find unpredictable and threatening.
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This can lead to unsafe encounters that are harmful for both people and animals. Not only can injuries result, but animals may also need to be euthanized if they become too used to interacting with humans in this way.
Commenters appreciated the passerby in this video for taking a stand.
“You have to call them out,” one user said.
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© 2025 THE COOL DOWN COMPANY. All Rights Reserved. Do not sell or share my personal information. Reach us at hello@thecooldown.com.
“I am sure you enjoy sitting in it a lot.”
Photo Credit: iStock
A Redditor’s decade-long yard makeover generated high marks for its liveliness and beauty.
They shared the transformation from a mostly bland monoculture lawn to one brimming with colorful native plants with the r/NoLawns subreddit.
While the original lawn featured mostly grass surrounded by some plants on the perimeter and trees to the outside, their reinvented lawn was far more dynamic.
It was an eclectic display of reclaimed bricks, reused stepping stones, drought-tolerant native plants, potted plants, and decorative stones. They shared some steps along the way that showed that it wasn’t an overnight transformation, but rather a 10-year evolution.
“Biggest impact was last year putting down the pavers, getting the blue bed for veggies and moving potted plants into the ground,” they said in a follow-up. “We used upcycled pavers and bricks from salvage place, got some plants via free and trade, as well as worked around existing concrete.”
As that description indicates, they took some steps to ensure a complete yard makeover wouldn’t completely break the bank. By working with what they had and seeking out things from salvage or available for free, they made the whole process much more manageable.
Another time- and resource-saver is going with native plants that won’t demand as much upkeep and water to keep in a showstopping state. Native plants also support pollinators, which are vital for a healthy ecosystem and the human food supply.
The OP did hint at one drawback to having such a creative and free-flowing lawn.
“Though it is never done…” they wrote in their post. 
Of course, that can be spun as a positive. They can always find new plants to add some flair and excitement to their hangout spot. Along those lines, they recommended that those on the same journey take photos throughout the process.
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Commenters were mightily impressed with the reimagined lawn.
“This is well laid out and stunning!” one gushed. “I’m saving these pics as inspiration for my yard.”
Another toasted the achievement: “This is gorgeous! It looks so alive! Great job, I am sure you enjoy sitting in it a lot.”
“Thank you!” the OP replied. “It’s my favorite place.”
Get TCD’s free newsletters for easy tips, smart advice, and a chance to earn $5,000 toward home upgrades. To see more stories like this one, change your Google preferences here.
© 2025 THE COOL DOWN COMPANY. All Rights Reserved. Do not sell or share my personal information. Reach us at hello@thecooldown.com.

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Iran war drives demand for solar panels, heat pumps and EVs, with energy bills expected to rise 18% from July
British households are turning to green home energy upgrades in record numbers to try to keep bills down as the Iran crisis sends global oil and gas prices soaring, data from leading energy suppliers suggests.
Figures show demand for solar panels, electric vehicles and heat pumps in Great Britain has leapt since the war began on 28 February, as households brace for a sharp increase in monthly payments when the next energy price cap takes effect in the summer.
Energy bills are expected to increase by 18% from July – to the equivalent of £1,929 for the typical annual dual-fuel tariff – after Europe’s benchmark gas price rose by about 50%.
Octopus Energy, the biggest GB energy supplier, shared figures with the Guardian showing its heat pump orders had more than doubled in March compared with February, while sales of solar power systems were up almost 80% and new leases of electric vehicles rose by more than 85%.
The same trend was noted by the sector’s second biggest player, British Gas, which has recorded a 250% increase in solar panel installation inquiries since 28 February. It has also noted a “significant increase” in those expressing an interest in heat pumps, a spokesperson said.
“British families are tired of being held hostage by global fossil fuel prices,” said Rebecca Dibb-Simkin, the chief product officer at Octopus. “We’re seeing a massive shift as people take matters into their own hands – switching to solar, heat pumps and EVs, locking in low running costs and shielding themselves from future price shocks.”
Allan Burgess, from Great Yarmouth, was one Octopus customer who chose last month to install a heat pump rather than rely on heating oil, which is used by more than 1m UK households to warm their homes and provide hot water, especially in rural areas not connected to the gas grid.
“Once the war in Iran started I knew I had to switch,” he said. “I’d been paying £250 for 500 litres of heating oil, but this rocketed up to £700 in less than a week. I was really worried about what might happen because I was running low on heating oil and had absolutely no idea how high prices could go.”
Heating oil is not covered by Ofgem’s cap, and British users have complained of rocketing prices and supply shortages since the war broke out. Its price is closely linked to the cost of jet fuel, which has soared since Iran in effect closed the strait of Hormuz. Europe relies on the Gulf refineries for about 60% of its jet fuel imports, and the UK is considered one of the countries most at risk of shortages.
“I was desperate to get a heat pump to protect us from this,” Burgess said. “But my wife’s disabled so I couldn’t afford to have any disruption to our heating for an extended period of time.”
Burgess arranged a heat pump fitting on 12 March. A survey was carried out two days later and the pump was installed by 17 March, he said.
His home already had a water tank, which kept the cost of installing the heat pump system to £1,500 after the government’s £7,500 grant. Burgess also has solar panels and a battery, which now supply electricity to run the heat pump without the need for extra electricity from the grid.
Furbnow, a home energy upgrades provider, has recorded a 42% increase in the number of inquiries since the end of February, with a marked increase in new inquiries specifically about cutting reliance on fossil fuels.
Becky Lane, the company’s chief executive, said: “These aren’t panicked reactions, they’re considered decisions. Families have realised the most resilient thing they can do is reduce how much energy their home needs in the first place. No price spike can touch a home that barely needs energy.”
Almost three-quarters of its prospective new customers have requested solar panels, and more than half have shown an interest in trading in their gas or oil boilers for an electric heat pump. About 40% have requested a quote for upgrading their insulation.

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By the People, for the People
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The quiet revolution in backyard energy is saving homeowners money and avoiding utility red tape.
Apr. 11, 2026 at 11:37am
Got story updates? Submit your updates here. ›
A grassroots movement of Americans is turning to affordable, plug-and-play solar systems to slash their energy bills without the hassle and cost of traditional rooftop solar. This ‘balcony solar’ trend is flying under the radar, as many users opt to keep their setups stealthy to avoid utility approval processes. The rise of DIY solar is a quiet revolution transforming American backyards, balconies, and living rooms.
With electricity prices soaring, traditional solar often priced out of reach, and regulations struggling to keep up, plug-in solar offers a practical, cost-effective solution. This trend empowers individuals to take control of their energy future, tapping into a growing desire for self-reliance and clean power across the political spectrum.
Plug-in solar systems cost around $2,000, making them far more affordable than the $20,000+ price tag of traditional rooftop solar. They’re also portable and easy to set up without an electrician, just needing a sunny spot and a regular outlet. However, most states require homeowner approval from utility companies, a process that can add unexpected costs and delays. Many are bypassing this by installing ‘guerilla solar’ systems without notifying their utilities.
A retired teacher in Berkeley, California who has embraced a small plug-in solar setup that saves her $50 per month on her electricity bills.
A Utah State Representative who sponsored a bill allowing residents to use plug-in solar without utility agreements, which passed unanimously.
A spokesperson for Bright Saver, a company that provides plug-in solar systems, who describes the trend as a ‘choose your own adventure’ narrative that appeals to people across the political spectrum.
“We must not let individuals continue to damage private property in San Francisco.”
— Robert Jenkins, San Francisco resident
“Fifty years is such an accomplishment in San Francisco, especially with the way the city has changed over the years.”
— Gordon Edgar, grocery employee
As more states follow Utah’s lead and implement supportive regulations for plug-in solar, experts predict a surge in adoption across the country. This grassroots movement is poised to transform how Americans power their homes and communities.
The rise of DIY solar power through plug-in systems highlights a growing desire for energy independence and clean power that transcends political divides. While regulations struggle to keep up, this quiet revolution is empowering individuals to take control of their energy future and reduce their reliance on traditional utilities.
Apr. 11, 2026
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Cristina Juska | White Lake Beacon
Kids are having fun assembling solar cars at the White Lake Community Library April 9.
Cristina Juska | White Lake Beacon
This girl is testing the solar car she built at the library.
Cristina Juska | White Lake Beacon
Grahm Gardner of Educated Energy is helping kids build solar cars.

Cristina Juska | White Lake Beacon
Kids are having fun assembling solar cars at the White Lake Community Library April 9.
Cristina Juska | White Lake Beacon
This girl is testing the solar car she built at the library.
Cristina Juska | White Lake Beacon
Grahm Gardner of Educated Energy is helping kids build solar cars.
WHITEHALL — The White Lake Community Library hosted a solar cars activity for elementary and middle school students on April 9, giving families something both fun and educational to do during spring break. Kids and their parents worked together to assemble solar car kits provided by Grahm Gardner and Shawn Smith of Educated Energy. With the sun shining, participants were able to take their completed cars outside to test them.
Educated Energy, based in Whitehall, started four years ago and recently installed solar panels at the library. Gardner said the company prides itself on being part of the community and giving back whenever possible. Education and raising awareness about solar energy are also central to their mission.
The library’s 2025–27 strategic plan includes a goal to “explore ways to decrease energy usage and increase sustainability.” Library Director Virginia DeMumbrum met the Educated Energy team at the “Feet on the Street” event in Whitehall, sparking the library’s move toward solar energy.
To fund the project, DeMumbrum pursued a grant from the Michigan Department of Environment, Great Lakes and Energy (EGLE). The library board approved Educated Energy’s bid for the work in May 2025, and the panels were installed last October. DeMumbrum has an app on her phone displaying in real time how much energy has been produced.
Gardner said the “ever-increasing cost of electricity” is driving interest in solar among Michigan homeowners and businesses. “The math works out,” he said of the investment.
“Over the lifetime of the system, we anticipate savings of more than a quarter of a million dollars on our electric bills,” DeMumbrum said.

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The approved development, known as Springwell Solar Farm, will be built in North Kesteven, Lincolnshire, combining large-scale solar generation with battery storage and grid infrastructure.
With a planned capacity of 800 megawatts, the project is expected to generate enough electricity to power more than 180,000 homes annually – roughly half of Lincolnshire’s households. That makes it the most powerful solar installation ever approved in Britain.
The approval follows a string of UK investments in solar power, including the recent greenlight for the nationwide rollout of plug-in solar panels.
The decision also represents a broader acceleration in renewable energy deployment.
Springwell becomes the 25th nationally significant clean energy project approved since July 2024, contributing to a pipeline capable of supplying electricity equivalent to more than 12.5 million homes.
Officials have framed the approval as part of a wider effort to modernise the UK’s energy system while cutting long-term costs.
Solar, in particular, is now widely recognised as one of the most cost-effective forms of electricity generation, especially when paired with battery storage to manage supply fluctuations.
The approval of the largest UK solar farm comes at a time when geopolitical instability continues to disrupt global energy markets.
Conflicts in regions such as Ukraine and the Middle East have exposed the vulnerabilities of relying on imported fossil fuels, where prices can swing sharply due to factors beyond domestic control.
In contrast, solar energy offers a more predictable and locally generated alternative. Once infrastructure is in place, operating costs remain relatively low, insulating consumers from international price shocks.
For households and businesses, that translates into the potential for more stable and ultimately lower energy bills.
Energy Minister Michael Shanks echoed this sentiment: “We are driving further and faster for clean homegrown power that we control to protect the British people and bring down bills for good.
“It is crucial we learn the lessons of the conflict in the Middle East – solar is one of the cheapest forms of power available and is how we get off the rollercoaster of international fossil fuel markets and secure our own energy independence.”
Beyond cost, the expansion of solar capacity is increasingly seen as a matter of national resilience.
By scaling up UK solar projects, the government is attempting to reduce exposure to external supply disruptions while accelerating progress toward net-zero targets.
Recent policy measures reflect this shift. These include proposals to install solar panels on new-build homes as standard and speed up renewable energy auctions to bring additional capacity online more quickly.
As global energy markets remain uncertain, investments in solar are becoming not just an environmental priority, but a strategic necessity.
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Exploring Dual-Use PV: Unlocking Renewable Energy’s Hidden Potential  Inter-American Development Bank
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ZEELAND, Mich. — A 200-megawatt solar farm proposed for Zeeland and Jamestown townships has taken a step forward with the submission of a state application.
WATCH: Developer behind proposed solar farm in Zeeland, Jamestown Twps, moves forward with state application
RWE, the developer behind the Silver Maple Solar project, filed its application with the Michigan Public Service Commission (MPSC) on April 3. The proposed facility would cover 1,900 acres and produce enough energy to power more than 34,000 homes.
If approved, RWE Development Manager Joseph Brochu said in March that the construction phase of the project would begin in spring 2027, with commercial operations aimed for the end of 2028.

RWE has previously said it would prefer local permitting. Jamestown Township passed a renewable energy ordinance last summer, but Zeeland Township’s planning commission is still developing its version. Under Public Act 233, developers can apply for state-level permitting if local ordinances are not in place.
WATCH PRIOR COVERAGE: Neighbors in Zeeland Township weigh in on solar farm proposal
However, dozens of neighbors have voiced opposition.
“We chose to live here in a rural community, and we want it to keep it that way,” Christi Meppelink said in March. “I care that PA 233 is overriding local concern, or local ordinances and local rule, because this wouldn’t even be happening if that wasn’t a thing.”
Concerns include environmental impacts and the loss of agriculturally zoned land.
“My best hope in all of this is for it to go back to farming and to just keep it, you know, the beauty that it is, and keep my community beautiful,” Cadence DeVree said in March.
WATCH PRIOR COVERAGE: Zeeland Township approves data center moratorium as solar farm debate continues
As part of the application process, developers must hold public meetings. RWE hosted three such meetings in the Zeeland area last month.
At the state level, MPSC now has 60 days to review the application for completeness. A virtual pre-hearing is scheduled for June 4 to determine logistics for the contested case process. Residents may apply to participate in the case if they can demonstrate they would be affected by the project.
WATCH PRIOR COVERAGE: Proposed solar farm in Zeeland Township draws neighbor feedback at planning commission meeting
In a statement, RWE said:
Public comments can be submitted through the MPSC’s e-docket system. At present, more than 100 comments have been posted, with many opposing the project and some supporting it.
This story was reported on-air by a journalist and has been converted to this platform with the assistance of AI. Our editorial team verifies all reporting on all platforms for fairness and accuracy.
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New York proposals would increases solar goals, offer tax credit  Newsday
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Solar storms satellites must withstand are among the most powerful natural space events, driven by space weather activity that releases massive energy bursts into the solar system. These events include coronal mass ejection flux that can overwhelm satellite electronics, disrupt communication systems, and increase radiation exposure in orbit. As solar activity intensifies, satellites in both low Earth and geostationary orbits face growing operational risks.
Space weather also influences Earth’s magnetic environment, creating geomagnetic induced currents that interfere with onboard systems and ground-based infrastructure. Radiation belt enhancement during strong solar events further increases particle density around satellites, raising the risk of data corruption and hardware degradation. Together, these effects make solar monitoring essential for modern satellite operations and global communication stability.
Solar storms satellites encounter can release intense bursts of charged particles that penetrate shielding and disrupt onboard systems. High-energy protons generated during coronal mass ejections can cause single event upsets, leading to temporary or permanent errors in satellite memory and electronics. These disruptions can affect communication, navigation, and imaging systems in orbit.
Space weather conditions also create power surges through geomagnetic induced currents that stress satellite electrical systems. As radiation levels rise, solar panels can lose efficiency, and onboard components may experience unexpected resets or failures. To reduce damage, satellites often rely on radiation-hardened designs and automated protective modes during peak solar activity.
Solar storms can be partially mitigated through advanced space weather forecasting systems that monitor solar activity in real time. Satellites positioned at L1 points, along with ground-based observatories, provide early warnings of incoming coronal mass ejections, giving operators time to prepare. These forecasts help reduce the risk of sudden system failures during high-radiation events.
Space weather monitoring also supports decision-making for orbital adjustments and system shutdown protocols. When solar activity increases, satellite operators may switch systems into safe mode to protect sensitive electronics from radiation belt enhancement effects. This proactive approach helps maintain mission continuity and reduces long-term hardware damage in orbit.
Read more: From Weather Apps to Power Backups: How Tech Can Help You Weather the Storm
The Solar storms that satellites experience can cause damage through both immediate impacts and long-term exposure to radiation. High-energy particles can gradually degrade solar panels, reducing their efficiency and limiting power generation over time. This slow wear affects satellite lifespan and overall performance in orbit.
Space weather also causes charging effects on satellite surfaces, leading to electrical discharges that can damage internal components. Deep dielectric charging can build up within materials, increasing the risk of sudden failures during strong geomagnetic events. These combined effects make radiation shielding and system redundancy essential for satellite durability.
Solar storms don’t just affect satellites in space—they also influence how engineers design, monitor, and protect orbital systems. As space weather becomes more intense during solar cycles, satellite operators rely on smarter tools and real-time data to reduce risk. These evolving strategies help maintain stable communication, navigation, and Earth observation systems.
Solar storms satellites must endure continue to challenge global communication and navigation systems as solar activity cycles intensify. Space weather events can disrupt signals, damage hardware, and reduce operational efficiency across multiple orbital layers. Understanding these risks is essential for designing more resilient space systems.
Advancements in forecasting, shielding, and automated response systems are helping reduce the impact of coronal mass ejection flux and radiation belt enhancement. While risks cannot be fully eliminated, improved monitoring and engineering strategies ensure satellites remain functional even during extreme solar events.
Solar storms are bursts of energy from the Sun that release charged particles into space. These particles can interfere with satellite electronics and communication systems. When they reach Earth’s orbit, they interact with space weather conditions and magnetic fields. This makes satellites more vulnerable to disruptions and damage.
Space weather can cause radiation exposure, electrical charging, and system errors in satellites. High-energy particles may penetrate shielding and trigger malfunctions in onboard systems. Over time, this can reduce performance and shorten satellite lifespan. Severe events may even cause partial or total system failure.
Yes, satellites use shielding, radiation-hardened components, and safe-mode operations during strong solar activity. Operators also rely on space weather forecasts to prepare for incoming storms. These measures reduce the risk of permanent damage. However, they cannot eliminate all risks completely.
Radiation belt enhancement refers to an increase in high-energy particles trapped around Earth. These particles can build up during strong solar storms. They increase the risk of satellite damage and communication issues. This is why monitoring space weather is important for satellite safety.
Read more: Starlink Satellites And Astronomy At Risk With The Rise Of Space Debris From Megaconstellations
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Here’s all the latest local and international news concerning climate change for the week of April 6 to April 12, 2026.
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Here’s the latest news concerning climate change and biodiversity loss in B.C. and around the world, from the steps leaders are taking to address the problems, to all the up-to-date science.
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Check back every Saturday for more climate and environmental news or sign up for our Sunrise newsletter HERE.
• Emperor penguins now listed as endangered because of climate change
• Vancouver’s Science World goes green, and not just the dome’s changing light colours
• Bottom sea trawlers snaring many endangered species: UBC study
• March the fourth warmest on record
Human activities like burning fossil fuels and farming livestock are the main drivers of climate change, according to the UN’s intergovernmental panel on climate change. This causes heat-trapping greenhouse gas levels in Earth’s atmosphere, increasing the planet’s surface temperature.
Start your day with a roundup of B.C.-focused news and opinion.
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The panel, which is made up of scientists from around the world, including researchers from B.C., has warned for decades that wildfires and severe weather, such as the province’s deadly heat dome and catastrophic flooding in 2021, would become more frequent and intense because of the climate emergency. It has issued a code red for humanity and warns the window to limit warming to 1.5 C above pre-industrial times is closing.
According to NASA climate scientists, human activities have raised the atmosphere’s carbon dioxide content by 50 per cent in less than 200 years, and “there is unequivocal evidence that Earth is warming at an unprecedented rate.”
As of March 5, 2026, carbon dioxide in the atmosphere was 429.35 parts per million, up from 428.62 ppm the previous month, according to the latest available data from the NOAA measured at the Mauna Loa Observatory, a global atmosphere monitoring lab in Hawaii. The NOAA notes there has been a steady rise in CO2 from under 320 ppm in 1960.
• The global average temperature in 2023 reached 1.48 C higher than the pre-industrial average, according to the EU’s Copernicus Climate Change Service. In 2024, it breached the 1.5 C threshold at 1.55 C.
• 2025 was the third warmest on record after 2024 and 2023, capping the 11th consecutive warmest years.
• Human activities have raised atmospheric concentrations of CO2 by nearly 49 per cent above pre-industrial levels starting in 1850.
• The world is not on track to meet the Paris Agreement target to keep global temperature from exceeding 1.5 C above pre-industrial levels, the upper limit to avoid the worst fallout from climate change including sea level rise, and more intense drought, heat waves and wildfires.
• UNEP’s 2025 Emissions Gap Report, released in early December, shows that even if countries meet emissions targets, global temperatures could still rise by 2.3 C to 2.5 C this century.
• In June 2025, global concentrations of carbon dioxide exceeded 430 parts per million, a record high.
• There is global scientific consensus that the climate is warming and that humans are the cause.
(Sources: United Nations IPCC, World Meteorological Organization, UNEP’s 2025 emissions gap report, NASA, Copernicus Climate Change Service, climatedata.ca)
The emperor penguin and the Antarctic fur seal are now both endangered, according to International Union for Conservation of Nature Red List of Threatened Species.
The IUCN said in a statement this week that climate change in Antarctica is leading to changes in sea ice that are projected to cause the emperor penguin population to halve by the 2080s, while reduced food availability has already driven a 50 per cent reduction in the Antarctic fur seal population since 2000.
The southern elephant seal is also now at risk of extinction, due to disease, the IUCN added.
“Penguins are already among the most threatened birds on Earth. The emperor penguin’s move to endangered is a stark warning: climate change is accelerating the extinction crisis before our eyes,” said Martin Harper, CEO of BirdLife International, which co-ordinated the emperor penguin assessment as the authority for birds on the IUCN Red List.
Harper said governments must act now to urgently decarbonize the economy.
The primary driver threatening the birds is the loss of sea ice, which the IUCN said has reached record lows since 2016. Emperor penguins require sea ice that is “fastened” to the coastline, ocean floor or grounded icebergs as habitat for their chicks and during their moulting season, when they are not waterproof. If the ice breaks up too early, the result can be deadly, according to the IUCN.
—Tiffany Crawford
 
Vancouver’s geodesic dome is going green, but not just the dazzling lights that change colour for special occasions.
Science World has unveiled B.C.’s first vertical solar array as part of a major energy efficiency overhaul in the battle against human-caused climate change.
The $39‑million retrofit is designed to reduce the building’s energy use by more than 40 per cent and greenhouse gas emissions by about 75 per cent, according to B.C. Hydro. The project is funded by $20 million from the province and $19 million from the federal government.
Science World’s retrofit includes three solar arrays, which the Crown corporation said is the first of its kind in B.C.
The 76 panels, installed late March will begin generating energy before summer, B.C. Hydro said.
—Tiffany Crawford
Snowpack in parts of southern and coastal B.C. are at some of the lowest levels in decades, even as other parts of the province recorded near record highs, according to the latest snow survey.
The April 1 survey from the River Forecast Centre showed a stark regional divide, ranging from a low of 26 per cent of normal in the Skagit area to a high of 146 per cent in the Nechako and Peace regions.
“It’s really quite unusual to have so many so high and so many so low,” said Jonathan Boyd, a hydrologist with the River Forecast Centre.
Vancouver Island is 44 per cent of normal, one of the lowest levels in the province, according to the survey. The South Coast basin, which includes the North Shore mountains and is the source of much of Metro Vancouver’s drinking water, is 57 per cent of normal. The Okanagan, at 58 per cent, broke a previous low set in 1981.
Less water increases the potential for drought conditions through the summer, Boyd said. “And oftentimes drought is associated with wildfire, as well,” he added.
Read the full story here.
—Nathan Griffiths
Thousands of ocean species are being caught in bottom trawls, including many that are listed as threatened, such as the critically endangered giant guitarfish, the zebra shark and at least three sea horse species, according to a new UBC study.
The peer-reviewed study, which is the first global inventory of fish species caught in trawlers, was published in the journal Reviews in Fish Biologies and Fisheries.
Researchers compiled the inventory from 236 sources from the United Nations Food and Agriculture Organization’s document repository. They documented nearly 3,000 different fish species from more than 9,000 records of fish caught in bottom trawlers from 1895 to 2021.
Among those, one in seven fish species were listed as threatened or near threatened with extinction, based on the International Union for Conservation of Nature’s Red List.
Sarah Foster, senior researcher and program leader at UBC’s Project Seahorse, said bottom trawling — which drags heavy nets across the ocean floor — is one of the most destructive fishing practices that must be overhauled to conserve species for commercial use and to preserve the ocean ecosystem.
—Tiffany Crawford
A proposed passenger-only electric-ferry service connecting downtown Vancouver with Bowen Island and the Sunshine Coast is picking up speed, with a report going before the Vancouver park board next week.
Park board staff has identified a “preferred concept” for the proposed project, which would use the public dock at Harbour Green Park at the north end of Bute Street. It would include a “charge barge,” a publicly accessible viewing platform, and a dock for short-term recreational use.
The park board is expected to vote on the proposal Monday. If approved, it would allow Vancouver staff to negotiate an agreement with Victoria-based Cirql Ferries.
“Vancouver is defined by its waterfront, the seawall, that lifestyle piece, but there’s such huge opportunity to also be moving people in transportation beyond the bridges and B.C. Ferries,” said Cirql founder Callum Campbell. “We’re excited about re-engaging that part of the waterfront.”
—Cheryl Chan
The construction sustainability organization Light House has spent the past 14 months creating a business case for collecting the plastic waste from construction sites that is normally thrown out and turning it into new products.
Light House received $400,000 from the provincial and federal governments to fund a pilot project to collect 38 tonnes of plastic trash from eight Lower Mainland construction sites and turn it into egg-carton shaped forms that can be used to reduce the amount of concrete in slab construction.
In a full-circle moment on Tuesday at a small plastics manufacturing plant on Annacis Island in Delta, Light House, the product’s inventor, Infina, and Plascon Plastics invited the public to see a test run of its production.
“At its core, (the pilot) is about understanding, in real working conditions, what it would actually take to recover these materials and reuse them,” said Gil Yaron, a managing director at Light House and head of the pilot.
Yaron said he believes the initiative has proven their point: That plastic from construction waste, which is typically either landfilled or incinerated in waste-to-energy facilities, can be recycled.
Read the full story here.
—Derrick Penner
A blast of hot weather will sweep into the eastern U.S., toppling records, sparking energy demand and bringing sultry conditions to New York City and Washington by the middle of next week.
Washington will likely reach a high of 34 C on the National Mall on Wednesday, while New York’s Central Park is set to go over 30 C, the National Weather Service said.
The heat will extend across much of the mid-Atlantic and southeast with at least 165 daily records expected to be threatened or broken next week.
The looming warmth in the eastern U.S. comes just weeks after an unusual heat wave set records across California and the Southwest, melting the region’s much-needed snow pack and raising concern for drought and wildfires later this year.
—Bloomberg News
March was the fourth warmest March globally, with an average surface air temperature of 13.94 C, or 0.53 C above the 1991-2020 average for March, according to Europe’s Copernicus Climate Change Service.
The warmest March on record was in 2024.
The agency also said the average sea surface temperature for March 2026 was the second highest on record following March 2024 during the last El Niño event.
The Weather Network is reporting a quick flip from La Niña ocean conditions to a potentially strong El Niño over the next couple of months.
The agency says this may be influenced by a series of powerful tropical cyclones over the western Pacific Ocean, which may enhance warming in a critical region of that ocean basin.
—Tiffany Crawford
I’m a breaking news reporter but I’m also interested in writing stories about health, the environment, climate change and sustainable living, including zero-waste goals. If you have a story idea related to any of these topics please send an email to ticrawford@postmedia.com
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A few passing clouds. Low 39F. Winds E at 5 to 10 mph..
A few passing clouds. Low 39F. Winds E at 5 to 10 mph.
Updated: April 11, 2026 @ 10:38 pm
Young Township Municipal Building. (Photo by Larry McGuire/The Punxsutawney Spirit)

Young Township Municipal Building. (Photo by Larry McGuire/The Punxsutawney Spirit)
YOUNG TWP. — The Young Township supervisors had a lot on their plate at this week’s meeting, as they discussed the solar farm projects and the search for a new township secretary.
James Bickerstaff, supervisors chair, spoke first about the solar farm projects.
“In reference to solar farm projects coming to this township, we as township supervisors cannot prevent that,” Bickerstaff said, adding that they have a duty to remain unbiased and  vote based on evidence that falls within the parameters of the law and other township ordinances.
Bickerstaff said they’ve previously established a solar farm ordinance and will continue to modify it through amendments as they deem necessary.
“I currently am reading established case law and looking at all aspects to help ease the concerns of all residents, while not impeding the land rights of other residents which case law states,” he said.
Bickerstaff said they believe firmly that American land owner possesses  a legal right to free use and enjoyment of his/her property unless the government can establish that such use violates a clearly defined zoning ordinance that was created to protect others in the community from land uses that are deemed harmful to the community.
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By the People, for the People
News
New bill would allow portable solar panels to be used without rooftop installation.
Apr. 11, 2026 at 12:54am
Got story updates? Submit your updates here. ›
The Illinois state legislature is considering a new bill that would expand access to solar power for residents who are unable to install traditional rooftop solar panels. The proposed law would allow renters and homeowners who don’t qualify for rooftop systems to use portable solar panels that can be connected to an electrical system through an existing outlet, placed on a balcony, patio, yard, or porch.
This legislation aims to make solar energy more accessible to a wider range of Illinois residents, including renters and homeowners who may not have suitable roofs or the financial means for a full rooftop solar installation. Increasing solar adoption can help reduce reliance on fossil fuels and lower energy costs for consumers.
The proposed bill would create a new category of “plug-and-play” solar panels that are designed to be easily set up and connected to a home’s electrical system without requiring professional installation. These portable panels could be placed in yards, on patios, or even balconies to generate renewable energy for the residence.
The governing body responsible for passing laws in the state of Illinois.
An Illinois-based policy research organization that has commented on the state’s fiscal challenges, including Chicago’s pension liabilities.
The founder of Wirepoints, a policy research organization that has analyzed Illinois’ fiscal challenges.
“The proposed pension buyout program moves debt from one column to another rather than reducing it, and the broader fiscal picture facing the city continues to deteriorate across every measurable dimension.”
— Mark Glennon, Founder, Wirepoints
If passed, the Illinois legislature would need to establish regulations and guidelines for the new “plug-and-play” solar panel program, including any requirements for homeowners or renters to participate.
This proposed legislation represents an innovative approach to expanding access to renewable energy in Illinois, particularly for residents who have been unable to install traditional rooftop solar systems. By enabling the use of portable solar panels, the state aims to make solar power more inclusive and accessible across a wider range of homes and living situations.
Apr. 11, 2026
Apr. 11, 2026
Apr. 11, 2026
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“Over the past several years, many of our members and our industry partners have worked diligently with state energy offices to get those rebate programs off the ground.”
Photo Credit: iStock
Roughly $4.5 billion in federal rebates that incentivizes U.S. homeowners to make energy efficient upgrades may be on its way out. 
According to a report by ACHR News, the Home Electrification and Appliance Rebates Program, also known as HEAR, is facing new pressure after House lawmakers approved a bill in early February that would repeal the major program. Now the bill must be approved by the Senate to move forward. The incentives were initially part of the Inflation Reduction Act. 
HEAR, a program that offers rebates to low- and moderate-income homeowners for electric appliances like heat pumps and induction stoves, has already faced setbacks. In 2025, the U.S. Department of Energy paused the funding along with a similar program called Home Owner Managing Energy Savings Act, according to Utility Dive.
Although upgrading your heating and cooling system is one of the most reliable ways to lower your annual utility bills, the upfront cost can still be a major barrier for some homeowners. The HEAR program helped homeowners reduce those costs for energy-efficient upgrades by offering generous incentives, such as $8,000 for qualifying heat pump installations. 
According to Matt Jachman of ACHR News, “the loss of HEAR would be a blow to HVAC manufacturers and contractors.” However, with 12 states and the District of Columbia having already launched rebate programs with the $4.5 billion in HEAR funding, there are still ways to save while upgrading.  
Plus, many local governments and utilities offer incentives to upgrade to more efficient appliances. If you’re curious about how much you can save by switching your outdated HVAC to a modern heat pump, connect with EnergySage to find the best option for your home. 
Francis Dietz, vice president of public affairs at the Air-Conditioning, Heating, and Refrigeration Institute, shared his thoughts on the paused incentive program:
“Over the past several years, many of our members and our industry partners have worked diligently with state energy offices to get those rebate programs off the ground,” Dietz said, per ACHR News. “We are generally supportive of programs that make our members’ equipment more affordable for consumers.” 
FROM OUR PARTNER
Want to go solar but not sure who to trust? EnergySage has your back with free and transparent quotes from fully vetted providers in your area.
To get started, just answer a few questions about your home — no phone number required. Within a day or two, EnergySage will email you the best options for your needs, and their expert advisers can help you compare quotes and pick a winner.
Solar panels can save you more than $50k over their 25-year lifespan, and EnergySage can help you save as much as $10k on installation. Which begs the question — isn’t that worth an email or two?
Even with more limited incentives, a modern heat pump can still generate enough savings on your energy bills to pay for itself over its lifetime in most situations.
If you’re looking to modernize your home’s appliances, EnergySage can help you find efficient heating and cooling solutions for your home and connect you with trusted installers. 
Not ready to spend up front? Palmetto’s $0-down HVAC leasing program can lower your energy costs by up to 50%.
Which of these savings plans for rooftop solar panels would be most appealing for you?
Save $1,000 this year 💸
Save less this year but $20k in 10 years 💰
Save less in 10 years but $80k in 20 years 🤑
Couldn’t pay me to go solar 😒
Click your choice to see results and earn rewards to spend on home upgrades.

If HVAC leasing sounds like a good fit for you, Palmetto Comfort Plans start as low as $99 per month and offer 12 years of free maintenance. 
To fully maximize your savings, pairing electric appliances like a heat pump with solar panels could be a good choice. EnergySage makes it easy to understand your solar options based on your home and budget, and its experts can even help you save up to $10,000 on installation and purchase costs. 
Get TCD’s free newsletters for easy tips, smart advice, and a chance to earn $5,000 toward home upgrades. To see more stories like this one, change your Google preferences here.
© 2025 THE COOL DOWN COMPANY. All Rights Reserved. Do not sell or share my personal information. Reach us at hello@thecooldown.com.

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Hildisrieden, LU – April 03, 2026 – PRESSADVANTAGE –
Oekoboiler Swiss AG, a Swiss manufacturer specializing in energy-efficient heat pump boilers, continues to expand its sustainable hot water solutions that seamlessly integrate with photovoltaic systems across Switzerland. The company’s advanced systems combine heat pump and solar technology to deliver significant energy savings while reducing CO2 emissions in residential and commercial buildings.
The company’s innovative approach addresses the growing demand for sustainable building technologies as Switzerland moves toward stricter energy-efficiency standards. Oekoboiler’s systems utilize a dual-energy approach that draws approximately 75 percent of the required energy from ambient air and only 25 percent from electricity, resulting in up to an 80 percent reduction in energy consumption compared to traditional water-heating methods.

The company’s heat pump boilers operate independently from central heating systems, making them particularly suitable for both new construction and retrofitting existing buildings. This flexibility has positioned Oekoboiler as a key provider of sustainable hot water solutions throughout Switzerland, where the company plans, installs, and maintains systems tailored to individual building requirements. Learn more here: https://pressadvantage.com/organization/oekoboiler-swiss-ag.
As Switzerland prepares for the implementation of EnEV 2025 energy efficiency standards, Oekoboiler’s technology offers building owners a pathway to compliance while maintaining comfort and reliability. The systems feature smart controls that optimize energy usage based on demand patterns and available solar energy, ensuring maximum efficiency throughout the year.
The integration capabilities extend beyond basic functionality, with WiFi-enabled models allowing remote monitoring and control. This connectivity enables property owners and facility managers to track energy consumption, adjust settings, and receive maintenance alerts, contributing to long-term system efficiency and reliability.
Oekoboiler’s product range includes storage capacities from 150 to 450 liters, accommodating various building sizes and hot water demands. Each system undergoes rigorous testing in Switzerland, ensuring quality and performance standards that meet the country’s stringent building regulations.
The environmental benefits of Oekoboiler’s technology extend beyond energy savings. The heat pump operation naturally dehumidifies basement spaces where units are typically installed, preventing mold formation and eliminating the need for separate dehumidification equipment. This dual functionality adds value for property owners while contributing to healthier indoor environments.

Oekoboiler Swiss AG maintains its commitment to Swiss engineering excellence through continuous product development and comprehensive service support. The company’s focus on quality consultation and customized solutions has established its reputation as a trusted partner for sustainable building projects throughout Switzerland. Additional information about Oekoboiler Swiss AG can be found at https://oekoboiler-swiss-ag.localo.site.
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For more information about Oekoboiler Swiss AG, contact the company here:
Oekoboiler Swiss AG
R. Heller
+41 41 511 21 77
info@oekoboiler.com
Mülacher 6
6024 Hildisrieden
Switzerland
Information contained on this page is provided by an independent third-party content provider. XPRMedia and this Site make no warranties or representations in connection therewith. If you are affiliated with this page and would like it removed please contact pressreleases@xpr.media

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Solar plant illuminates Gamasa city at cost of LE 18M  Egypt Today
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Credits: Alexander Mils
Solar panels may be benefiting the world in more ways than one.
We know that solar power now dominates the global renewable energy market, enabling millions around the world to drastically reduce not only their monthly bills, but also their carbon footprint. But another benefit has been found in the arid deserts of the world, where solar farms are found.
How have solar panels created thriving oases in the middle of the desert?
The Paris Agreement saw the world’s leaders come together, well, at least most of them, to find solutions to the climate crisis the world faces.
Many nations committed to drastic reductions in emissions at the now iconic event in Paris, but most disagreed on the best method to reduce our collective carbon footprint. Some, like the UK, opted to go for wind power. Others, or more accurately, most of them, decided to go for the solar power sector.
Solar power has since come to dominate the world due to its accessibility for the average person.
They dramatically reduce emissions from energy generation, and as more and more of the world installs solar panel arrays on their roofs, the sector is only going in one direction: up.
A major issue that has slowed down the adoption of the renewable energy sector as a viable form of commercial-scale power production has been that the technology has not progressed fast enough.
That reality is fast becoming a thing of the past as new energy generation tech is developed in every corner of the world.
This has become evident in recent years as new energy production technology emerges. Such as two European startups that are making wind turbines out of wood and attracting the attention of the largest energy companies in the world.
So what other benefits can be found from the never-ending development of the renewable energy industry?
A recent study into the massive solar panel farms around the world has found that they may be creating near-perfect conditions for plant life. The article, “Massive solar farms could provoke rainclouds in the desert,” published in Science, has explained how solar panels are affecting life in the desert.
The aforementioned article has noted that solar panel arrays in the Sahara Desert are having an unexpected effect on the regional climate.
We have come to understand the effect that tidal turbines are having on marine life in the ocean, but this study has found that solar panels in the Sahara are creating what is known as a positive feedback loop.
The desert is an arid land where life struggles to find the energy and moisture to thrive.
But as we have recently learnt, solar panels are benefiting the environment in several ways. Other than drastically reducing the need to rely on national grids for essential power for our daily lives, solar panels are creating almost perfect conditions for life to thrive, even in the desert.
The article published in Science has detailed how massive solar arrays in the Sahara Desert have started to trigger increased rainfall and vegetation growth.
They drastically lower the temperature around the sand that they sit on, effectively “greening” the desert. As the warm air around the panels has nowhere else to go but up, they naturally form massive rainclouds in a part of the world known for its dryness.
This awakening of the desert leads to oases of life that could “green” the desert as more solar panel farms are built.
We know that solar power systems can light up our homes, but nobody would have thought that they could actually create rainclouds and near-perfect conditions for life to thrive in the deserts of the world.
© 2026 by Ecoportal
© 2026 by Ecoportal

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Huntsville City Council approves county’s largest solar farm in Triana  WHNT.com
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Charging your devices on the road can be a constant challenge, especially when power outlets are scarce or unavailable during long drives. A reliable solution is the best solar car charger, designed to harness sunlight and keep your gadgets powered without needing a traditional power source.
This type of charger is ideal for travelers, commuters, and anyone who spends extended time in their vehicle and needs a steady, eco-friendly way to recharge phones, tablets, or other small electronics. In this review, we will explore how the best solar car charger performs in real-world conditions, its key features, ease of use, and whether it meets the expectations for efficiency and durability. By the end, you’ll have a clearer idea if this product fits your needs for on-the-go charging.

This solar charging kit features an intelligent charge controller that optimizes energy transfer and prevents overcharging or short circuits. The solar panel itself uses top-quality silicon materials, boasting an energy conversion efficiency between 25% and 30%.
The sturdy ABS+PC frame resists scratches and bending, unlike flexible panels with fragile housings or aluminum frames that can damage vehicle paint. Installation is straightforward: devices can be charged through the car’s cigarette lighter socket or by connecting alligator clips directly to the battery terminals.
User-friendly features include a clear LED indicator with red and green lights showing sunlight reception and battery charging status. The POWOXI solar charger boasts certifications like CE and ROHS, and the company provides responsive customer support and a 12-month after-sales service period.

Pros

• Efficient solar panel with 25%-30% energy conversion rate
• Built-in smart protection prevents battery damage and overcharging
• Robust, weather-resistant design suitable for outdoor use

Cons

• Alligator clips may require careful handling to avoid breakage on larger terminals

Combining efficient charging capabilities with a durable design, the POWOXI solar car charger maintainer is an excellent choice to prolong battery life for seldom-used vehicles. Its easy setup and smart safety features make charging hassle-free and reliable in various conditions. Those needing dependable battery maintenance for backup or seasonal vehicles will find it a worthy addition.
Those needing dependable battery maintenance for backup or seasonal vehicles will find it a worthy addition.

2. SUNER POWER Waterproof 12W 12V Solar Battery Charger & Maintainer

Harness solar energy effortlessly with the SUNER POWER Waterproof 12W 12V Solar Battery Charger & Maintainer. Designed to keep your 12-volt batteries charged and healthy, it combines advanced technology with rugged durability.
Its waterproof design and solid construction ensure reliable performance in various weather conditions. With intuitive features and multi-stage charging, it takes the hassle out of monitoring your battery’s health.

The SUNER POWER 12W solar charger uses Ultra-Smart MPPT technology to maximize power conversion efficiency. This enables it to deliver up to 99% tracking efficiency and 98% peak conversion, resulting in improved energy use compared to many alternatives.
Battery maintenance is effortless thanks to the trickle charge function that stops charging when the battery is full and resumes automatically when needed. Safety is enhanced by multiple built-in protections including over-charge, short circuit, reverse polarity, and waterproofing.
It works with a wide range of battery types such as flooded, AGM, gel, SLA, and lithium, broadening its usefulness across vehicles and power equipment.
Constructed with premium A+ solar cells and tempered glass, the panel withstands harsh elements like hail, UV rays, and erosion. Installation is quick and convenient with pre-drilled holes and plug-and-play cables, allowing users to start charging as soon as the battery is connected. The compact and durable design ensures it fits easily in various environments, making it a practical solar charger suited for intermittent use and daily battery upkeep.

Pros

• Advanced Ultra-Smart MPPT technology boosts energy conversion efficiency
• Automatic three-stage charging extends battery lifespan safely
• Durable waterproof design suitable for harsh weather conditions

Cons

• Suction cups may not be included in every package, requiring alternative mounting solutions

Combining reliable performance with thoughtful safety features, the SUNER POWER 12W solar charger offers a straightforward and effective solution for keeping 12V batteries charged. It outperforms many conventional solar maintainers with its smart technology and rugged build, making it a dependable choice for vehicle owners and marine users alike.

3. ECO-WORTHY 10W Solar Car Battery Charger Maintainer 12V Waterproof Portable

Maintain your vehicle’s battery effortlessly with the ECO-WORTHY 10W Solar Car Battery Charger Maintainer. Designed for reliability and durability, it offers a smart solution for keeping batteries charged during extended inactivity. Its waterproof and portable design ensures consistent performance outdoors without worry.
Its waterproof and portable design ensures consistent performance outdoors without worry.
Ideal for cars, boats, motorcycles, and more, this solar charger effectively prevents battery drain. It provides peace of mind by eliminating the need to start the vehicle manually or disconnect the battery during long storage periods.

The charger features a 10W monocrystalline solar panel that uses trickle charging to maintain battery life safely. This method avoids overcharging and includes a built-in blocking diode to prevent reverse current flow at night. The solar panel performs well even on cloudy days, thanks to its frosted surface that doesn’t require additional film protection.
The solar panel performs well even on cloudy days, thanks to its frosted surface that doesn’t require additional film protection.
Upgraded with an enhanced PCB, it offers reverse and overcharge protections and allows users to test the open circuit voltage. The unit is simple to install with an SAE cable and comes with both a cigarette lighter plug and alligator clips for flexible connection options.
Lightweight and compact, it suits a wide range of vehicles including trucks, RVs, lawn mowers, trailers, and utility vehicles. Users appreciate how it keeps battery voltage steady without extra maintenance, making it a dependable accessory for any journey or storage period.

Pros

• Efficient trickle charging protects battery from overcharge
• Waterproof design supports reliable outdoor use
• Simple installation with versatile connection options

Cons

• Power output may be limited for larger battery systems

The ECO-WORTHY 10W Solar Car Battery Charger Maintainer delivers reliable, low-maintenance battery care for various vehicles. Its solid design, user-friendly installation, and consistent charging ability make it a valuable tool for preventing battery drain during idle periods.

4. SUNER POWER Waterproof 20W 12V Solar Battery Charger & Maintainer

Keep your 12V batteries charged effortlessly with the SUNER POWER Waterproof 20W Solar Battery Charger & Maintainer. Designed with advanced technology, it offers a smart solution for maintaining vehicle batteries during long periods of inactivity. Its durable and waterproof build makes it reliable in various outdoor conditions.
Its durable and waterproof build makes it reliable in various outdoor conditions.
The charger’s efficient performance and versatile compatibility make it an excellent tool for anyone needing a hassle-free way to sustain battery power. Compact and user-friendly, it’s suitable for cars, boats, RVs, and more.

Equipped with SUNER POWER’s Ultra-Smart MPPT technology, this charger boosts energy conversion efficiency up to 98%. This means it harvests more sunlight, enhancing battery charging speed.
It safeguards battery life while maintaining optimal charge levels over time.
Battery maintenance is fully automatic – charging pauses when the battery is full and resumes as needed. Visual charge level indicators display progress in increments from 25% to 100%, allowing users to monitor status at a glance.
Featuring comprehensive safety measures, including protection from over-charge, short circuits, and reverse polarity, the device guarantees safe operation even in tough environments. Made with premium solar cells covered by a waterproof ETFE layer, it’s built to withstand outdoor exposure. Quick setup is possible thanks to pre-drilled mounting holes and plug-and-play cables.
This charger delivers durable, maintenance-free battery care that fits a variety of practical situations.

Pros

• High-efficiency MPPT technology maximizing solar energy conversion
• Automatic 3-stage charging extends battery lifespan
• Waterproof design suitable for rugged outdoor use

Cons

• Lower wattage may not suffice for very large batteries or high power demands

Reliable, efficient, and built tough, this solar charger offers a practical way to maintain your vehicle’s battery with minimal effort. Its smart features and solid protection make it a smart choice for extended off-grid battery care, standing out among similar devices for consistent performance and ease of use.

5. Voltset 12V Solar Battery Charger – 20W Waterproof Solar Panel

Charging your vehicle’s 12V battery efficiently and reliably has never been easier. The Voltset 12V Solar Battery Charger offers a high-performance solution for maintaining energy on the go. Its compact design blends durability with advanced technology for seamless outdoor use.
Its compact design blends durability with advanced technology for seamless outdoor use.
Equipped with a 20W waterproof solar panel and an intelligent controller, it maximizes energy conversion while protecting your battery. Whether for cars, RVs, boats, or trailers, this charger keeps batteries in top shape without the fuss of complicated setups.

The Voltset solar charger features a high-efficiency MPPT controller, which accelerates charging by 20-30% compared to traditional models. Its A+ grade monocrystalline silicon panel captures sunlight effectively to maintain steady power output.
Built with marine-grade materials, it withstands extreme temperatures from -40°F to 185°F and resists corrosion. The IP67 waterproof rating ensures reliable performance during rain or snow. The smart controller includes multi-layer protections against overcharge, short circuit, and reverse polarity, extending battery lifespan.
Installation is straightforward with pre-drilled mounting holes and a 360° adjustable bracket, enabling setup in under a minute. LED indicators provide real-time charging status from 25% to 100%.
Compatible with multiple 12V battery types like AGM, Gel, Lithium Ion, and LiFePO4, this charger suits a wide array of applications from marine vessels to off-grid systems.

Pros

• Advanced MPPT controller for faster, efficient charging
• Robust, weather-resistant build with IP67 waterproof rating
• Universal compatibility with various 12V battery types

Cons

• Limited to 20 watts, might not suit high power demands

For anyone needing a dependable solar charger that combines ease of use with smart protections, the Voltset 12V Solar Battery Charger presents a balanced choice. Its durable design and versatile compatibility make it one of the leading solutions for maintaining battery charge outdoors.

6. SUNER POWER Waterproof 50W 12V Solar Battery Charger & Maintainer

Keep your vehicle’s battery powered up effortlessly with the SUNER POWER Waterproof 50W 12V Solar Battery Charger & Maintainer. Designed to combine durability with advanced charging technology, it offers dependable energy while protecting the battery from overcharging. Ideal for anyone needing reliable battery maintenance during extended periods of inactivity.
Ideal for anyone needing reliable battery maintenance during extended periods of inactivity.
Perfect for vehicles, boats, RVs, and more, this solar charger harnesses sunlight to provide a steady trickle charge. Its waterproof design and solid construction make it resilience against outdoor elements.
By using smart charging methods, the device extends battery life without constant supervision.

The SUNER POWER solar charger stands out with cutting-edge Ultra-Smart MPPT technology. This technology maximizes energy conversion, increasing efficiency by up to 30% compared to many other chargers. It adapts to varying sunlight conditions, ensuring rapid and consistent power delivery.
It adapts to varying sunlight conditions, ensuring rapid and consistent power delivery.
Charging follows a three-stage process: Bulk, Absorption, and Float, which effectively recharges 12V batteries safely and boosts their lifespan. The automatic trickle charge feature halts power supply once batteries are full, resuming only when needed, giving worry-free maintenance.
Users can easily monitor charging progress through clear LED indicators showing levels from 25% to 100%. Switching between 12V, 12V AGM, and 12V Lithium modes lets you tailor the charging to your specific battery type for optimal performance.
With broad compatibility, it suits flooded, gel, AGM, SLA, VRLA, and LiFePO4 batteries. Safety is prioritized with protections against overcharging, short circuits, reverse polarity, high temperature, and more.
Installation is straightforward, aided by pre-drilled holes and included suction cups, while plug-and-play cables simplify setup. This product represents excellent value for anyone who requires a safe, efficient, and low-maintenance solar charging solution for their 12V battery-powered applications.

Pros

• Advanced MPPT technology delivers up to 30% higher charging efficiency.
• Three-stage charging algorithm enhances battery life and safety.
• Waterproof, spark-proof design suitable for outdoor use in various conditions.

Cons

• Higher wattage options may be preferred for larger battery banks.

Reliable, efficient, and user-friendly, the SUNER POWER 50W solar charger stands as a smart choice for maintaining 12V batteries. Its combination of technology, ease of use, and robust design simplifies battery care for vehicles and outdoor equipment.

7. SUNER POWER 20W 12V Solar Battery Trickle Charger & Maintainer

Maintaining a healthy battery is essential for any vehicle, especially when it spends long periods unused. The SUNER POWER 20W 12V Solar Battery Trickle Charger & Maintainer offers a smart, reliable way to keep your battery charged using solar energy.
Combining advanced technology with durable construction, it delivers efficient performance without needing constant supervision.
Designed for convenience and efficiency, this solar charger suits various battery types including automotive, marine, and deep-cycle. Its weather-resistant build and automatic charging features allow it to work effortlessly in outdoor conditions, providing peace of mind during extended storage or infrequent use of your vehicle.

SUNER POWER integrates UltraSmart MPPT technology into the solar charger, maximizing energy conversion and charge efficiency. This results in up to 30% better utilization compared to many competitors, ensuring your battery receives optimal power.
Built to withstand harsh environments, the charger features premium Grade A+ solar cells, tempered glass, and a corrosion-resistant frame. These materials guard against UV rays, rust, hail, and sand, making it ideal for outdoor installations.
Safety is a priority with comprehensive protections against overcharging, reverse polarity, short circuits, and over-temperature conditions. These safeguards protect both the battery and the charger itself. Suitable for a wide range of 12-volt batteries, it performs well on cars, motorcycles, boats, RVs, and more.
Overall, it offers a maintenance-free charging solution that keeps batteries ready for use with minimal effort.

Pros

• High efficiency thanks to UltraSmart MPPT charge controller technology
• Automatic 3-stage charging extends battery lifespan and boosts performance
• Durable, weatherproof construction withstands extreme outdoor conditions

Cons

• May require polarity correction cable for some battery connections

The SUNER POWER 20W solar charger combines advanced technology with durable materials to deliver an easy, reliable battery maintenance solution. It stands out with superior charging efficiency and multiple safety features, making it a valuable tool for keeping various 12V batteries healthy during periods of inactivity.

8. SUNER POWER Waterproof 30W 12V Solar Battery Charger & Maintainer

Maintaining vehicle batteries has never been easier with the SUNER POWER Waterproof 30W 12V Solar Battery Charger & Maintainer. Designed for efficiency and durability, this solar charger ensures your 12V batteries remain charged and healthy without the usual hassle.
Its waterproof design makes it ideal for outdoor use, delivering reliable power in various conditions.
Whether you own a car, boat, RV, or powersport vehicle, this solar panel charger adapts to multiple battery types. Its smart technology and sturdy build offer a practical, long-lasting solution for consistent battery maintenance.

The SUNER POWER solar charger features Ultra-Smart MPPT technology, boosting power tracking efficiency up to 99%. This leads to a 20%-30% higher utilization rate compared to standard solar chargers. Equipped with an improved 3-stage charging system (Bulk, Absorption, Float), it charges batteries safely and extends their lifespan.
The charger stops automatically once full charge is reached and resumes when needed, providing hands-free maintenance without overcharging risks.
Its visual indicators display precise charge levels in increments, letting users monitor status easily. Switching between 12V, 12V AGM, and 12V Lithium modes is straightforward, optimizing compatibility with flooded, gel, AGM, SLA, VRLA, maintenance-free, and LiFePO4 batteries. The unit also integrates multiple safety protections including overcharge, reverse polarity, and temperature safeguards, backed by a spark-proof and waterproof design.
Installation is simple with pre-drilled mounting holes and plug-and-play cables, allowing quick setup using included accessories. This combination of advanced functionality, robust construction, and user-friendly operation makes the charger well-suited for outdoor enthusiasts, seasonal vehicle users, and anyone requiring reliable battery upkeep over extended periods.

Pros

• High-efficiency Ultra-Smart MPPT technology enhances energy conversion.
• Multiple charging modes support various 12V battery types.
• Waterproof and spark-proof design ensures durability in harsh environments.

Cons

• Relatively heavier compared to some compact solar chargers.

Overall, the SUNER POWER 30W solar charger balances advanced technology, safety features, and ease of use. It offers a dependable option for those seeking a long-lasting solution to maintain and protect 12V batteries across various vehicles and applications.

9. SOLPERK Solar Panel Kit 20W 12V, Waterproof Solar Battery Trickle

Harness solar power efficiently with the SOLPERK Solar Panel Kit 20W 12V, designed to provide reliable battery maintenance for various vehicles and equipment. Its waterproof design and durable construction make it a smart choice for keeping batteries charged regardless of weather conditions.
Perfect for applications like trailers, boats, motorcycles, and RVs, this solar kit ensures continuous power availability without the need for a direct power source. Its compact size and adjustable mounting bracket allow for versatile setup in nearly any environment.

The SOLPERK 20W solar panel features high-quality monocrystalline A+ solar cells with impressive efficiency ranging from 21% to 30%. It is engineered specifically to charge and maintain a wide array of 12V rechargeable batteries including LiFePO₄, Lithium Ion, AGM, and more. This versatility supports diverse usages such as outdoor equipment, garden tools, and vehicles without constant manual charging.
This versatility supports diverse usages such as outdoor equipment, garden tools, and vehicles without constant manual charging.
The construction uses low-iron tempered glass and a corrosion-resistant aluminum frame to withstand tough weather conditions. Rated waterproof and rustproof, the panel endures extreme elements like hail, snow, strong winds, and sandstorms while maintaining performance. Its longevity promise extends up to 25 years.
Equipped with an upgraded 8A smart charge controller, the kit improves charging efficiency by up to 30%. The intelligent three-stage charging process safeguards batteries from overcharging and short circuits, enhancing battery life.
The two indicator lights on the controller make it easy to monitor charging status at a glance.
Installation is straightforward with a 360-degree adjustable mounting bracket that allows precise panel positioning for maximum sun exposure. Pre-drilled holes and included mounting screws simplify setup.
All cable connections are plug-and-play, making this kit user-friendly for both beginners and experienced users.
Ideal for individuals needing a dependable solar trickle charger, this kit suits those wanting to maintain batteries in storage or while off-grid. Its robust build and advanced features offer excellent value and long-term reliability for outdoor and vehicular battery care.

Pros

• High-efficiency monocrystalline solar cells for better charging performance
• Durable, waterproof design withstands extreme weather conditions
• Smart 8A charge controller with battery protection and clear indicators

Cons

• Relatively low power output might limit large battery charging speed

The SOLPERK Solar Panel Kit 20W 12V offers a dependable, weather-resistant solar charging solution that excels in battery maintenance. It balances efficiency, durability, and ease of use, making it a practical investment for keeping 12V batteries healthy during extended downtime.

10. FlexSolar 20W 12V Solar Panel Battery Charger Maintainer Kits Trickle

Keep your 12V batteries reliably charged during long periods of inactivity with the FlexSolar 20W 12V Solar Panel Battery Charger Maintainer Kit. Designed for durability and efficiency, it taps clean solar energy to maintain battery health effortlessly. This solar charger kit combines smart features and rugged performance for hassle-free battery upkeep.
Perfect for vehicles, marine crafts, and outdoor equipment, the kit adapts to various battery types. It ensures your battery stays ready without the risk of overcharging or discharge.

The FlexSolar panel incorporates premium monocrystalline cells that deliver 20% to 25% photoelectric efficiency. This delivers more energy than standard polycrystalline panels under the same sunlight conditions.
A built-in intelligent charge controller manages two-phase charging, starting with rapid bulk charging when the battery is low.
Once the battery nears full capacity, the charger shifts to a micro-current trickle mode to maintain it safely. This prevents overcharge damage and neutralizes self-discharge, promoting battery longevity.
Connections are easy and flexible thanks to included SAE adapters with alligator clips, OBDII, cigarette lighter, and O-ring terminals. The panel is built for outdoor resilience, featuring water-resistant construction suitable for extended use in various weather conditions.
Its lightweight design and included mounting accessories simplify setup and positioning for maximum sunlight exposure.
While performance peaks under direct sunlight, users should consider potential light attenuation if the panel is indoors or behind tinted glass windows. This portable charger is not intended for deep-cycle battery charging but excels as a maintenance tool to prevent battery drain during storage or inactivity.
Overall, it provides an efficient, safe, and user-friendly solar charging experience designed for long-term battery preservation.

Pros

• Smart controller prevents overcharging and reverse current discharge
• Wide compatibility with multiple battery types and vehicle setups
• Durable, water-resistant design suitable for outdoor use

Cons

• Reduced power output when positioned behind tinted or thick glass

The FlexSolar 20W solar maintainer combines efficiency and safety to keep batteries charged without hassle. It stands out with versatility and reliable charge management, making it a practical choice for maintaining 12V batteries in various applications over long idle periods.

Top Picks: Best Solar Car Chargers to Buy in 2026

Durability and weather resistance

When choosing the best solar car charger, paying attention to durability and weather resistance will greatly impact its long-term performance. Devices with solid build materials such as high-quality ABS plastic or aluminum casings tend to withstand the rigors of daily use better than those made from cheaper components.
This is particularly beneficial as solar chargers are often used in varying environments and weather conditions. Besides, resistance to temperature extremes allows the unit to maintain efficiency whether exposed to hot summer sun or cold weather, preventing damage or degradation.
Ensuring these features adds reliability and peace of mind when using a solar car charger during trips, outdoor adventures, or regular commutes.
When selecting the best solar car charger, paying attention to mounting options and portability greatly affects convenience during travel and everyday use. Some models come with suction cups or hooks that allow easy attachment to car windows or dashboards, while others feature compact foldable designs that fit effortlessly in glove compartments or backpacks.
A user interface with clear indicators makes monitoring charging status straightforward, often including LED lights that signal when the device is charging or fully charged. Simplicity in operation and clear feedback help make the charging process hassle-free, so choosing a solar car charger with intuitive controls and visible indicators enhances the overall experience on the road or during outdoor adventures.
When choosing the best solar car charger, paying attention to wattage and power output is key since these factors directly impact how quickly and effectively your devices and vehicle battery can recharge. Chargers with higher wattage typically provide faster charging speeds, which can be especially helpful during short trips or when you need a quick boost.
Efficiency in converting solar energy also matters because stronger efficiency means more power is captured even on cloudy or partly shaded days, enhancing reliability. Compatibility is another important aspect; the charger should support a variety of devices such as smartphones, tablets, and car batteries to maximize its usefulness. Additionally, ensuring the ports and connectors match your vehicle’s charging system prevents mismatches that could reduce performance or cause potential damage.
Selecting a solar charger that balances power output, efficiency, and compatibility will help you keep your devices powered with renewable energy whether on road trips, camping, or everyday driving.
When choosing a solar charger for your car, understanding the differences between portable and fixed options helps tailor the device to your lifestyle. Portable solar chargers offer flexibility and convenience, allowing you to place the panel wherever sunlight is most abundant and move it easily between vehicles or for outdoor use. Fixed solar chargers are typically mounted on the roof of the car, providing continuous charging without the need for manual adjustment but requiring a more permanent installation.
Fixed solar chargers are typically mounted on the roof of the car, providing continuous charging without the need for manual adjustment but requiring a more permanent installation. Another feature to keep in mind involves integrated battery packs, which store energy so you can charge devices even when the sun isn’t shining, making them especially handy for longer trips or when sunlight is inconsistent. The choice between flexible and rigid panels also plays a role in user experience; flexible panels bend to fit curved surfaces and are lightweight, making them ideal for temporary setups and compatibility with varied car shapes, whereas rigid panels tend to be more durable and efficient but less adaptable in terms of positioning.
Considering how and where you intend to use the charger will help select a model that balances convenience, durability, and power output.
When choosing the best solar car charger, paying attention to the number and type of USB ports is helpful since it determines how many devices can be charged simultaneously and what charging options are available. Some models offer multiple USB ports including fast-charging compatibility, which can be a great advantage for road trips or emergency use.
Safety features such as overcharge protection help protect both your devices and the charger itself by preventing damage caused by excessive power flow, making the charger more reliable and durable. Selecting a charger that balances these aspects can enhance convenience and efficiency whether you need to keep your phone powered during long drives or charge other gadgets while camping or traveling.
When selecting the best solar car charger, setting a budget can guide you toward options that offer strong value for money without sacrificing quality. It’s helpful to explore devices that balance efficiency and affordability to meet your power needs while staying within your spending limits. Checking the warranty coverage is equally important since it provides peace of mind and assurance that the product is supported by the manufacturer in case of defects or malfunctions.
Reliable customer support often accompanies a solid warranty, making any necessary troubleshooting or replacements easier. Considering brand reputation through customer reviews can reveal how well the charger performs in everyday use and over time, offering insights into durability and effectiveness.
Opting for brands known for consistent quality and positive feedback can enhance satisfaction with your purchase and reduce the likelihood of issues down the road.
The best solar car charger should feature high conversion efficiency to maximize sunlight into usable power, ensuring faster charging times for your devices. It should also have multiple USB ports to charge several gadgets simultaneously, enhancing convenience on the go. Durability is another key factor; look for chargers made with weather-resistant and sturdy materials for reliable outdoor use. Additionally, portability and compact design make it easy to carry and set up anywhere, while built-in safety features protect devices from overcharging and short circuits.
Weather conditions significantly impact the performance of solar car chargers. Sunny and clear skies provide optimal sunlight, allowing the solar panels to generate maximum power efficiently. Conversely, cloudy or rainy weather reduces sunlight intensity, decreasing the charger’s energy output and slowing the charging process. Additionally, extreme temperatures can affect the efficiency of solar panels. High heat may reduce their ability to convert sunlight into electricity effectively, while very cold conditions can also impact battery performance. Overall, consistent sunlight and moderate temperatures are ideal for the best performance of solar car chargers.
Solar car chargers are generally less efficient than traditional car chargers due to their reliance on sunlight, which is variable and less consistent. Typical solar panels used in car chargers convert about 15-20% of solar energy into electricity, whereas traditional chargers plugged into the grid can deliver a stable and higher power output regardless of weather conditions. However, solar chargers offer the advantage of being eco-friendly and portable, providing a sustainable option for charging small devices or supplementing battery power. While they may not replace traditional chargers entirely, they serve as a convenient alternative in outdoor or off-grid situations.
The best solar car chargers in 2026 combine efficiency, portability, and durability. Top models include the Anker 622 Solar Charger, known for its fast charging and rugged design, and the BigBlue 28W Solar Charger, praised for its high solar conversion rate and multiple device support. Both chargers feature USB ports compatible with various smartphones, tablets, and GPS devices, making them ideal for road trips and emergency use. Additionally, the ECEEN Solar Charger offers waterproof capabilities and foldable panels for easy transport. When choosing a solar car charger, consider factors like charging speed, panel size, and weather resistance to ensure optimal performance on the go.
Solar car chargers typically provide only supplemental power rather than fully charging a car battery on their own. They are designed to harness sunlight and convert it into electrical energy, which can help maintain the battery’s charge and power small electronic devices in the vehicle. However, due to limited surface area and energy conversion efficiency, solar panels on cars usually cannot generate enough power to fully recharge a depleted car battery within a reasonable timeframe. For fully charging a car battery, especially in electric vehicles, a more powerful and reliable energy source like grid electricity or specialized charging stations is necessary. Solar chargers are best used as an eco-friendly supplement to extend battery life and reduce reliance on conventional charging methods, rather than as the primary means of charging.
Choosing the best solar car charger involves balancing convenience, environmental benefits, and energy efficiency. These chargers provide a practical way to keep devices powered during road trips or emergencies without relying on traditional electricity sources. While their charging speed may not match that of conventional chargers and performance can vary depending on sunlight availability, they excel in portability and eco-friendliness.
Ideal for frequent travelers, outdoor adventurers, and those seeking sustainable power solutions, the best solar car charger offers a reliable alternative for maintaining device battery life on the go. For buyers concerned about durability and compatibility, prioritizing models with robust construction and multiple output options can address these needs.
Ultimately, a well-chosen solar car charger delivers a convenient, green energy option without unnecessary complexity.
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By 2050, the cumulative mass of end-of-life photovoltaic (PV) modules may reach 80 Mt globally. The impacts could be mitigated by module recycling, repair and reuse; however, previous studies of PV circularity omit the consideration of critical social factors. Here we used an agent-based model to integrate social aspects with techno-economic factors, which provides a more realistic assessment of the circularity potential for previously studied interventions that assesses additional interventions that cannot be analyzed using techno-economic analysis alone. We also performed a global sensitivity analysis using a machine-learning metamodel. We show that to exclude social factors underestimates the effect of lower recycling prices on PV material circularity, which highlights the relevance of considering social factors in future studies. Interventions aimed at changing customer attitudes about used PV boost the reuse of modules, although used modules can only satisfy one-third of the US demand during 2020–2050, which suggests that reuse should be complemented by recycling.
 
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Canadian Solar’s e-STORAGE contributes to major U.S. grid-connected solar infrastructure buildout  Energies Media
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