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1. How much solar energy reaches the Earth’s surface at any given moment?
173 terawatts
1.73 terawatts
17,300 terawatts
173,000 terawatts
Solar energy is the most abundant energy source on the planet. Enough sunlight hits the Earth’s surface in 1 1/2 hours to power the entire world’s electricity consumption for a year!
2. Of all new generating capacity added to the U.S. electrical grid in 2015, what percentage was solar?
5.5%
13.6%
29.4%
17.2%
While solar accounts for less than 2% of U.S. electrical generating capacity overall, it is one of the fastest-growing energy markets in the country. With solar power continuing to get more affordable and new installations happening every day, the solar industry is booming. For the first time, more solar generating capacity was added in 2015 than natural gas in the U.S. (Source: FERC)
3. Which U.S. state generates the most utility-scale solar power?
California
Arizona
Texas
Florida
In 2014, California became the first state to generate more than 5 percent of its annual utility-scale electricity from solar power, according to the Energy Information Administration. With several large solar plants phased into operation in 2014, California’s utility-scale (1 megawatt or larger) facilities generated a record 9.9 million megawatthours (MWh) of electricity in 2014, an increase of 6.1 million MWh from 2013 and more than three times the output of the next-highest state, Arizona. In total, nearly 1,900 MW of new utility-scale solar capacity was added, bringing the state’s utility-scale capacity for all solar technologies to 5,400 MW by the end of 2014.
4. What does the word photovoltaic mean?
Sun-powered
Light-cells
Light-electricity
Solar-energy
“Photovoltaic” has two parts: photo, derived from the Greek word for light, and volt, from electricity pioneer Alessandro Volta. And that’s exactly what photovoltaic systems do — turn light into electricity!
5. Who discovered the photovoltaic effect?
American physicist Enrico Fermi
Italian physicist Alessandro Volta
German physicist Heinrich Rudolf Hertz
French physicist Edmond Becquerel
Edmond Becquerel was the first person to realize that sunlight could produce an electric current in a solid material in 1839, but it took more than a century for scientists to fully understand this process and develop a practical solar cell.
6. What are the most common photovoltaic cells used today?
Organic cells
Plastic cells
Polymer cells
Crystalline silicon cells
Unveiled by Bell Labs in 1954, silicon cells were the very first successful photovoltaic (PV) technology, and they remain the most common PV cells in use today.
7. Roughly how much did the cost of PV solar panels decrease between 2008 and 2015?
40%
80%
20%
60%
Thanks in part to research funded by the Energy Department’s SunShot Initiative, photovoltaic solar panels have gotten dramatically cheaper over the past decade. SunShot was created with the aim of making solar power cost-competitive with fossil fuels by 2020, and it has made significant strides toward that goal by supporting the development of more efficient solar cells and cost-effective manufacturing processes.
8. Which of these is NOT considered a “soft cost” of solar power?
Connection fees
Labor
Permits
Solar panels
Today, soft costs — that is, all the costs and fees aside from the solar hardware itself — account for more than half of the price of installing a solar energy system. By taking steps to help reduce soft costs, the Department of Energy is working to make affordable solar power a reality for those who want it.
9. What form of energy do concentrating solar power technologies use to generate electricity?
Static
Chemical
Thermal
Magnetic
Concentrating solar power technologies use mirrors to reflect and concentrate sunlight onto receivers that collect solar energy and convert it to heat. This thermal energy can then be used to produce electricity via a steam turbine or heat engine that drives a generator.
10. Which of the following is NOT a technology used in concentrating solar power?
Power tower
Linear fresnel
Cathode ray tube
Parabolic trough
Parabolic trough, linear fresnel and power tower are all types of concentrating solar power systems. They may look very different, but they operate on the same principle, focusing the sun’s rays on a central receiver.
11. About how many mirrors are used at Ivanpah Solar Electric Generating System, the largest concentrating solar power facility in the U.S.?
350,000
3500
350
35,000
Spanning 3,500 acres of Southern California desert, Ivanpah’s 173,500 “heliostats” (each made up of two mirrors) focus the sun’s rays on three 459-foot-tall, heat-collecting “power towers.” Water circulated through these towers turns to steam, driving turbines that can generate up to 377 megawatts of electricity — enough to power 140,000 homes in California!
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A sheep stands in front of solar panels on a farm Wednesday, Jan. 14, 2026, in Lancaster, Ky.
Daniel Bell opens a bag of feed as he prepares to move sheep into a nearby field Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Sheep walk under solar panels Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Sheep graze near solar panels Wednesday, Jan. 14, 2026, at a farm in Lancaster, Ky.
Sheep graze at a farm Wednesday, Jan. 14, 2026, in Lancaster, Ky.
Signs opposing solar development sit near a road Friday, April 3, 2026, in Manchester, Ind.
Sheep graze near solar panels Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Solar panels operate Wednesday, Jan. 14, 2026, at a farm in Lancaster, Ky.
Daniel Bell drives between solar panels and his sheep flock Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.

A sheep stands in front of solar panels on a farm Wednesday, Jan. 14, 2026, in Lancaster, Ky.
Daniel Bell opens a bag of feed as he prepares to move sheep into a nearby field Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Sheep walk under solar panels Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Sheep graze near solar panels Wednesday, Jan. 14, 2026, at a farm in Lancaster, Ky.
Sheep graze at a farm Wednesday, Jan. 14, 2026, in Lancaster, Ky.
Signs opposing solar development sit near a road Friday, April 3, 2026, in Manchester, Ind.
Sheep graze near solar panels Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Solar panels operate Wednesday, Jan. 14, 2026, at a farm in Lancaster, Ky.
Daniel Bell drives between solar panels and his sheep flock Friday, Feb. 20, 2026, at a farm in Lancaster, Ky.
Over the past few years, Kentucky sheep farmer Daniel Bell has been expanding his flock, and that meant he needed to build a new barn. His land is far from the power lines he would need to heat it, so he figured rooftop solar would be ideal.
To help pay for it, he wanted to apply for a renewable-energy grant through the Department of Agriculture’s Rural Energy for America Program, or REAP — only to find that the Trump administration had effectively halted grants through the program. Bell said that made it impossible to proceed with the idea on his land.
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Oxford PV joins vehicle solar panel project  Fleet News
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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.
###
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 Power World
By Kelly Pickerel | April 17, 2026
Cincinnati Mayor Aftab Pureval joined city leaders to break ground on the 10-MW Center Hill Solar project, which will be developed on the city-owned Center Hill Landfill site in Winton Hills. This transforms a decades-long-dormant brownfield into one of the largest renewable energy investments in the city.
The Center Hill Landfill, pictured in 2004. Credit: Ohio Redevelopment Projects
“We have long been proud to be at the cutting edge of environmental action and innovative investments into climate resilience and the green economy. We are especially proud to have been the leader on municipal solar, with our 100-MW farm in Highland County,” said Mayor Aftab. “It is part of what puts us on the map and what makes me so confident about our future as a city. And just as importantly, it is part of what will protect us from the extreme uncertainty we are seeing, around the nation and world, when it comes to rising energy costs. Now, we are moving even further.”
The project is structured as two 4.9-MW arrays, which together will generate approximately 18.2 million kWh of clean electricity annually. All electricity produced will serve city facilities through the grid, helping stabilize municipal energy costs and protect taxpayers from future rate volatility.
“This project turns yesterday’s landfill into tomorrow’s power plant,” said Ollie Kroner, Director of the City’s Office of Environment & Sustainability. “This is our next big leap to bring the Green Cincinnati Plan to life and take control of our energy future.”
The $24 million project will be developed and maintained by UPower Energy. The development seeks to take advantage of the federal ITC, which can help cover an estimated 50% of project costs.
City leaders say the project advances multiple priorities at once: affordability, resilience, sustainability and neighborhood revitalization. The redevelopment also improves a property that has historically faced illegal dumping and blight, converting it into productive infrastructure that delivers lasting community value.
Located on 64 acres of a capped landfill, dormant for nearly 30 years, the site was identified as the strongest performer in the city’s Brownfields to Brightfields evaluation, offering high energy yield, minimal grading needs, and proximity to existing electrical infrastructure. The development will use a lightweight, low-impact mounting system that reduces material use and speeds installation, while disturbed areas will be reseeded with pollinator-friendly plants near Mill Creek.
Construction will prioritize local electrical contractors and workforce participation, supporting Cincinnati’s growing clean-energy economy. Construction is expected to begin in 2026, with operations anticipated by early 2027.
Cincinnati is no stranger to solar power, signing a 20-year PPA for 100 MW of solar built 40 miles east of the city.
Kelly Pickerel has more than 15 years of experience reporting on the U.S. solar industry and is currently editor in chief of Solar Power World. Email Kelly.

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Norwegian developer Scatec ASA has commissioned the first phase of the 1.1 GW Obelisk solar and battery energy storage system (BESS) project in Egypt, backed by $479.1 million in development finance institution (DFI) debt and a fully contracted storage revenue model.
A PV plant operated by Scatec in Egypt
Image: Scatec ASA
Scatec ASA has brought its largest project to date into operation in Egypt with a capital structure combining multilateral development bank debt, layered equity from a Norwegian climate fund and a French energy company, and a power purchase agreement (PPA) that fully contracts BESS dispatch with no merchant exposure.
The $590 million Obelisk project in Nagaa Hammadi, Upper Egypt, is financed with more than 80% non-recourse debt – $479.1 million – provided by the European Bank for Reconstruction and Development (EBRD), the African Development Bank (AfDB), and British International Investment (BII).
Norfund, through Norway’s Climate Investment Fund, holds 25% of the Obelisk holding company, with Scatec retaining 75%. EDF Power Solutions holds 20% of the operating company below, leaving Scatec with 60% total economic interest and operational control, Norfund with 20%, and EDF Power Solutions with 20%, a Scatec spokesperson told pv magazine.
“The main difference is equity partners were invited at two levels – SPV and HoldCo,” said the spokesperson. “This reduces Scatec’s equity need while retaining majority control throughout the structure.”
To complement this dual-level approach, the company maintains a consistent framework for how and when external investors are introduced across its portfolio.
Equity partners are brought into all projects, typically before financial close, with non-recourse debt covering the majority of Capex and a baseline 20/80 equity-to-debt split that varies by country and offtake terms, said the Scatec spokesperson.
“The Obelisk project is a good example of how the Climate Investment Fund can help accelerate the transition from fossil to renewable energy in emerging markets through profitable investments,” said Bjørnar Baugerud, head of Norway’s Climate Investment Fund.
The first phase – 561 MW of solar and a 100 MW/200 MWh battery energy storage system – was commissioned in February 2026.
The BESS dispatch is fully contracted under the 25-year, US dollar-denominated PPA with Egyptian Electricity Transmission Co. (EETC), with no merchant or ancillary services exposure, said the Scatec spokesperson. The PPA is backed by a sovereign guarantee. The second phase adds another 564 MW of solar and is targeted for commercial operation in summer 2026.
Scatec reported NOK 11 billion ($1.17 billion) in proportional revenues for 2025, NOK 4.568 billion in EBITDA, a 25% reduction in gross corporate debt, and NOK 5.6 billion in liquidity at year end, according to its full-year 2025 results.
Equinor sold an 8.07% stake in Scatec this week at NOK 125 per share, raising approximately NOK 1.6 billion, and retained a roughly equal remaining stake subject to a 90-day lock-up. Equinor, which built its holding to 16.12% between 2019 and 2023, described the sale as portfolio optimization.
This content is protected by copyright and may not be reused. If you want to cooperate with us and would like to reuse some of our content, please contact: editors@pv-magazine.com.
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India Launches 15th Coal Mine Auction to Balance Energy Security and Transition  SolarQuarter
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Buffalo Brief: Sports with Jonah and Gabriella Baiano on Hamburg Solar Farm  wivb.com
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We’re closing out this week’s Green Deals with plenty of amazing sales – some of which even have exclusive bonus savings for our readers only. Things start with Aventon’s expanded Spring Sale that has added the premium Aventure M Mid-Drive All-Terrain Smart e-bike to the mix at a new $2,699 low, among other newly included models. We also have Anker’s eufy Earth Day Sale with up to 30% exclusive combined savings using our code, like the eufyCam S3 Pro 2-Cam Solar Security Camera Kit with a 16GB storage hub at $385, with many other security devices and robot cleaners able to benefit from the extra savings too. There are also two 72-hour weekend flash sales from EcoFlow and Anker SOLIX to check out – the latter of which has our continuing exclusive bonus savings code available on orders over $1,000. All those and more await you below, and don’t forget about the other hangover deals at the bottom of the page, like yesterday’s Navee Earth Day EV Sale with up to 50% e-scooter savings, the ongoing Jackery Explorer 2000 Plus flash sale lows, and more.
Head below for other New Green Deals we’ve found today and, of course, Electrek’s best EV buying and leasing deals. Also, check out the new Electrek Tesla Shop for the best deals on Tesla accessories.
Aventon has expanded its Spring Sale e-bike deal lineup, and one notable new inclusion is the brand’s newer Aventure M Mid-Drive All-Terrain Smart e-bike down at $2,699 shipped. Normally going for $2,899 since releasing in 2025, this smarter commuting solution has only seen a handful of discounts to $2,799 up until today, which we last saw during its New Year Sale. Now, for the first time, you can score it with a larger-than-ever $200 markdown that lands things at a new all-time low price. Of course, if you want to save more while still getting one of the newest Aventure series e-bikes, you can find the Aventure 3 Step-Over smart e-bike down at $1,799 shipped, from $1,999, as well as its Aventure 3 Step-Through variant that is also down at $1,799 shipped. Head below to learn more about Aventon’s most premium all-terrain model and browse the expanded sale lineup.
The premium Aventon Aventure M smart e-bike is an advanced all-terrain ride that comes decked out with significant upgrades over predecessors, as well as plenty of smart features, including a startup password and GPS tracking for security. It comes equipped with an a100 250W mid-drive motor that peaks at 750W (and supported by a double-sided torque sensor) alongside a removable 36V 20Ah/733Wh battery, giving you up to 85 miles of pedal-assisted travel at up to 28MPH top speeds. One thing to note here is that it comes throttle compatible that converts things to higher classes, though you do have to buy it separately on the same landing page for $11.
Alongside the smart features I mentioned above, you’ll also find other notable upgrades like the auto mode that adjusts PAS motor support based on the terrain slope registered by internal sensors, automatic shifting, and over-the-air updates. Other mechanical features include a zoom suspension fork, Inova puncture-resistant fat tires, hydraulic disc brakes, integrated front and rear lighting, a Shimano Cues 10-Speed derailleur, a suspension seat post, a rear cargo rack, and more.
We’ve got plenty more e-bike deals to consider over in our dedicated e-bike hub here, like Lectric’s Earth Day Sale with up to $694 e-bike savings that start from $799. We also have some e-scooter and electric dirt bike deals worth checking out in our separately-dedicated EV hub.
Anker is currently having a eufy Earth Day Sale with up to $1,000 initial savings on its wide array of security devices and robot cleaners – plus, we’ve secured an exclusive bonus sitewide savings code 9T52604 for our readers that gives you even better deals, though new releases and some select units are excluded. One notable security option to consider for your home is Anker’s eufyCam S3 Pro 2-Cam Solar Security Camera Kit with a 16GB storage hub at $385 shipped, after using the code 9T52604 at checkout, beating out the original sale pricing and its Amazon pricing by $15. Down from its $550 full price, over the last year we’ve mostly seen discounts drop the cost between $440 and $400, while there was a single fall to the $380 low back during July’s Prime Day event. You’re looking at the next-best price aside from that low from nearly nine months ago, with our exclusive code giving you a combined 30% markdown for $165 savings, while giving you an advanced solar-powered security solution. You can also find larger multi-cam kits on the same landing page, or check out the full Earth Day Sale lineup here – but don’t forget to use our exclusive code!
Your home or business security will definitely be taking a step up with this Anker eufyCam S3 Pro kit, or any of its other bundle options, which comes boasting integrated solar panels, as well as a Homebase 3 hub. That hub not only allows for a starting 16GB of local storage (with no hidden or monthly fees), but it can also be expanded up to 16TB and unlocks AI tracking support, too. Each of the cameras provides you with 4K video feed (and night vision) through the in-app controls, as well as further smart home integration via HomeKit, Alexa, and Google Assistant.
Like I said, there are tons of additional smart security device deals during this Anker eufy Earth Day Sale here, but be sure to try our exclusive bonus savings code with everything to find out if you can unlock an even better deal!
As part of the ongoing EcoFlow Earth Day Mega Sale, the brand has launched another 72-hour weekend flash sale with up to 61% discounts on four varying units. One solar-ready bundle to keep adventures in nature powered is EcoFlow’s DELTA 3 Plus Portable Power Station with two 220W portable solar panels at $899 shipped, with the closest match at Amazon being the station and a single panel sitting $100 lower in price, while an additional panel will cost you an extra $299 right now with current discounts. While the bundle may carry a $2,097 MSRP, you can more often find these three components for $1,948 at most, while discounts would cut those costs down to $1,083 at best. That means, you’re getting the best deal on this package that we’ve tracked to date, saving you $1,049 and equipping you with a solar-charging power companion. Head below to browse the other flash sale offers while they last through the weekend, and be sure to also check out the full lineup of deals here.
EcoFlow’s DELTA 3 Plus power station is a smaller but still capable companion to keep essentials running on trips away from home, as well as during at-home power emergencies. One nice thing about the DELTA 3 series is the more versatile expansion options you get, with various batteries able to contribute to scaling from its starting 1,024Wh LiFePO4 capacity here all the way up to 5,120Wh. It comes bearing 13 connection port options (6x ACs, 2x USB-Cs, 2x USB-As, 2x DCs, and 1x car port) through which it provides up to 1,800W of steady power output and up to 3,600W when surging. You’ll have five main ways to recharge its battery, starting with the 440W of solar input towards the maximum 1,000W, as well as AC charging, smart generator charging, using the car port (or an alternator charger for faster speeds there), and lastly, simultaneous AC and solar charging.
As I mentioned, you can also check out our original coverage of EcoFlow’s Earth Day Mega Sale here for the full lineup of deals and bonus savings promotions. We also recently did a spotlight on up to $6,822 savings hitting the brand’s largest DELTA Pro Ultra and DELTA Pro Ultra X power stations and bundles at some of their best prices starting from $3,853. You’ll also find Earth Day savings from Anker SOLIX, Bluetti, and Jackery by heading to our dedicated power stations hub here.
As part of Anker’s massive ongoing SOLIX Earth Day Sale, the brand has launched a 72-hour weekend flash sale with up to 58% initial discounts on a collection of 2,112Wh to 7,680Wh units at some of their best prices – and you’ll score even more savings with our exclusive bonus saving code 9TO5DEALS5 at checkout on orders over $1,000. Costs start the lowest with the SOLIX C1000 Gen 1 Portable Power Station with a BP1000 expansion battery at $749 shipped, beating out its Amazon pricing by $81. It goes for $1,798 at full price, however, since mid-January you can often find it climbing no higher than $979. While we have seen it go as low as $699 in the past, you’re still looking at a solid 58% markdown off the full price, giving you $1,049 in total savings or $230 savings from its more recent going rate. Head below to learn more about it and the other deals down at some of their best prices during this weekend savings event – and don’t forget to browse the full lineup of Earth Day deals here (with exclusive savings).
If you’re looking for a mid-tier power companion to keep essentials running out on trips and at home, you’ll find capable support from Anker’s SOLIX C1000 Gen 1 power station, which is fully expanded with this bundle at a 2,112Wh capacity. It boasts 11 port options (6x ACs, 2x USB-Cs, 2x USB-As, 1x car port) and a steady power output of 1,800W that can surge higher up to 2,400W. It also provides you with three recharging methods: AC outlet charging, up to 600W of solar input charging, and on-the-go charging via the car port.
***Note: None of the prices below have had our exclusive bonus savings code factored in, so be sure to use 9TO5DEALS5 at checkout when your cart totals $1,000 or more so you can guarantee you’re getting the absolute best deals during this sale event.
As I mentioned, this flash sale is a part of Anker’s massive SOLIX Earth Day Sale with up to 65% initial discounts, FREE gifts, and our exclusive bonus 5% savings code – all starting from $120 right now. You can also head over to our dedicated power stations hub here for even more Earth Day savings from EcoFlow, Bluetti, Jackery, and more.
The savings this week are also continuing to a collection of other markdowns. To the same tune as the offers above, these all help you take a more energy-conscious approach to your routine. Winter means you can lock in even better off-season price cuts on electric tools for the lawn while saving on EVs and tons of other gear.

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Amid an Oil-Shock Driven Rally in China’s Renewable Energy and EV Stocks, These Names Are Still a Buy  Morningstar
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A former landfill in Winton Hills is getting a new purpose as a solar farm.
The city of Cincinnati broke ground Friday on a 10-megawatt solar energy project atop the closed Center Hill landfill. It’ll be the largest solar array in the city, says the director of the city’s Office of Environment and Sustainability, Ollie Kroner.
“This is our next big leap to bring the Green Cincinnati Plan to life and to take control of our energy future,” Kroner said.
The city aims to use 100% renewable energy for its operations by 2035 and reduce climate-warming carbon emissions 50% by 2030, goals outlined in its Green Cincinnati Plan.
Kroner says partners from across Cincinnati and beyond came together to make the solar array happen.
The city had been awarded a nearly $10 million federal grant for the project, but Trump’s EPA canceled the full $7 billion “Solar for All” grant program earlier this year.
Kroner says it’s able to move forward through a new funding model.
The project will include two, five-megawatt arrays, developed by Texas-based UPower Energy. The city will invest $12.4 million to own one of the arrays. The investment will take advantage of the federal Investment Tax Credit, which can help cover an estimated 50% of project costs.
UPower Energy will retain ownership of the other array and sell the power to the city through a power purchase agreement.
Kroner says this will help stabilize municipal energy costs. The electricity produced will power city facilities.
“The decisions people are making in other parts of the world are having a drastic impact on our utility bills at home,” Kroner said. “With this project, the city is able to lock in low electricity prices that are projected to save more than $10 million over the project’s lifetime.”
Mayor Aftab Pureval says this isn’t a “one-off project.”
“We are going to continue aggressively pursuing opportunities just like this, because this is our strategy — not just powering our own facilities, but actively looking at ways to directly impact taxpayer rates, prices and our aggregator program,” Pureval said.
The city also has a 100-megawatt solar array in Highland County, about 40 miles east of Cincinnati.
Construction of the solar array at the former Center Hill landfill is expected to be completed by late 2027.
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Stockton referendum election set amid solar farm debate  Yahoo
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Posted by Anne Brock-Rankin | Apr 17, 2026 | Feature | 0
Eco-Friendly vacationing can now include a stay in a solar-powered cabin near the Great Smoky Mountains!  Creekwalk Inn at Whisperwood Farm has added two guest cabins powered by clean, abundant solar photovoltaic (PV) energy, with battery energy storage systems (BESS).
Guests to the Whisperwood Farm site in Cosby, Tennessee already enjoy the tranquility of lodging near trout-stocked Cosby Creek, taking nature walks, and being in close proximity to explore Great Smoky Mountains National Park. Self-led outdoor experiences are close by at the GSMNP or easily accessible on the farm site. These can include equine interactions with one of the gentle farm horses, as well as access to fishing, viewing wildflowers, or walking through meadows.  The venue includes a rustic log wedding chapel and main lodge for gatherings.
“We want to be a gateway to the national park,” said co-owner Janice Haynes, who runs the vacation spot with her husband, Tifton. Rustic, farm-to-table cuisine is offered at Creekwood Inn, along with campfire cooking and bag lunches for day hiking in the Smokies. Janice Haynes also offers special dinners and even pie-baking classes that attract students from around the country.
This vacation spot is one of several family-owned, small businesses benefiting from the Rural Energy for America Program through the United States Department of Agriculture. A federal grant is to provide a portion of the costs of the solar PV + storage system installed by Knoxville-based Solar Alliance Southeast, a commercial solar specialist.
“Now we can save each month on the business electric bill,” said owner Tifton Haynes. “Plus, renewable energy is a great fit for our mission to run a business in harmony with nature.” Battery storage adds resilience to a solar PV system as an alternative in some instances of power outages.
The new, on-site systems for the cabins can offset an anticipated 40% to 80% of current electrical consumption. Clean energy can offset the equivalent of not burning more than 7,700 pounds of coal annually or of not charging 475,599 smartphones. The business remains grid-tied as a Newport Utilities customer, while also being able to store excess solar power production in the new batteries for use at night or during inclement weather.
One of the cabins housing a new solar + storage system was originally built as a “solar envelope home,” using a passive system to conserve energy year-around. It is one of a variety of log cabin styles that made up the historic Model Log Village in Cosby, established decades ago by the magazine Log Home Guide for Builders and Buyers. The other cabin with solar + storage is Whisperwood Cabin. This Village is what the Haynes converted more than 30 years ago to their family’s bed and breakfast business, with their 48^th wedding anniversary ahead this year.
The REAP grant supports small businesses like this as part of its mission to boost economic development in rural areas. The Haynes hope to boost occupancy rates at the cabins on their farm. They and their contractor completed all the steps for them to qualify for the USDA grant reimbursing them for a large portion of the project, plus they can apply for at least a 30% federal tax credit. For details on the status for new projects to the REAP program in the future, contact your local USDA Rural Development office.
You can learn more about the vacation spot and how to rent a stay at the solar-powered cabins here.
For more information or photos or to schedule interviews, you can also contact abrock@solaralliance.com or 865-221-8349.
Details are here about commercial solar specialist Solar Alliance.
Anne Brock-Rankin is a feature writer for KnoxTNToday.
Follow KnoxTNToday on Facebook and Instagram.   Get all KnoxTNToday articles in one place with our Free Newsletter.
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Anne Brock is a media professional with more than a decade of experience in East Tennessee television newsrooms, who currently serves as marketing coordinator for Solar Alliance in Knoxville. She is also a licensed Tennessee real estate agent with The Real Estate Firm and a decade of prior real estate experience. Anne grew up immersed in family farm life in the Ozarks, where she learned field and forest conservation as her earliest introduction to sustainable living. She is a University of Missouri Journalism alumna who appreciates the greener side of the Volunteer State as a great place to raise her family.
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Calls for renewable energy and energy storage projects have returned to Mexico. After several years since the last long-term auctions—cancelled by the previous administration—and a period of slowdown in the sector, the market is now reaching a turning point, with improved conditions for private and mixed projects alongside the Federal Electricity Commission (CFE).
The figures reflect the scale of the trend: the mixed-investment generation call attracted 222 projects totalling 37,749 MW, exceeding the initial 7,500 MW target by 581%. A new tender is also expected to be launched.
In this context, JA Solar’s Mexico Country Manager, Alexander Foeth Persson, spoke with Energía Estratégica to analyse the factors behind this trend, the role of emerging energy companies, and what the renewable energy industry can expect in the short and medium term.
Compared to the first wave between 2014 and 2019, which was largely dominated by foreign companies, we are now seeing the emergence of Mexican utilities, new firms, and strategic partnerships. This is something we had anticipated.
The government is focused on creating local value within Mexico. This has been a very clear message from the outset, so we expected a stronger presence of domestic companies.
We are seeing many companies developing projects of 100 MW and above. At present, there are around 20 new companies or alliances that have already secured permits, backed by Mexican capital and local engineering capabilities.
The Puerto Peñasco Solar Project—a 1,000 MW solar PV complex developed in multiple phases—is the best example.
The winners of phases I and II were Chinese companies, but they relied on Mexican labour. By phases III and IV, domestic firms had formed alliances to participate in the tender as EPC (Engineering, Procurement and Construction) contractors, marking a clear shift towards local participation.
There is a strong need for training and knowledge development. Over the past year, we have been preparing for these tenders by supporting companies with technical design and training in solar PV.
There is also a talent gap. Since several years have passed without new tenders, many solar professionals have moved into other sectors or countries. Now, with this new wave, there is significant demand for experienced engineers and technicians, particularly in areas such as grid integration and battery energy storage systems (BESS).
In the utility-scale segment, during the previous wave between 2014 and 2018, the company achieved more than 1 GW of installed capacity. We aim to build on that legacy, with the expectation of once again becoming No.1 in utility-scale solar PV through upcoming projects.
No. In distributed generation (DG), we are also confident in maintaining our leading position, as we did in 2025 with record figures. We have now recorded three consecutive years of growth in DG sales in Mexico, positioning us as No.1 in both imports and installations/sales.
This is largely due to our local team and our partnership with Exel Solar, our exclusive distributor in Mexico for the past ten years.
Our strategy, product and team are different. Around 9–10 years ago, we decided to work with only one distributor in the country. At the time, we partnered with a relatively new and growing company. Today, that alliance has resulted in both JA Solar and its distributor achieving a leading market share in Mexico.
This evolution reflects the commitment, consistency and coordination between both teams, allowing us to focus our efforts on a single partner and deliver better outcomes in customer service, problem resolution, and full stock availability.
Exactly. Last year, many distributors exited Mexico, creating significant challenges for customers. However, JA Solar chose to rely on a local partner with a long-term commitment to the country.
Exel Solar will not leave Mexico because it is a Mexican company. Our commitment is to the long-term development of the market. Given that our products carry 30-year warranties, we must ensure that customers receive support throughout that entire period.
What matters most to me is developing capable, honest and dedicated professionals, with high standards. The goal is for them to carry that work ethic and commitment throughout their careers.
This is not just about installing panels—we are talking about energy infrastructure, which is critical. Without energy, any country faces serious challenges, so installations must be done properly. That is the standard we promote at JA Solar and pass on to our teams.
All these emerging opportunities—and more—will be central themes at the Future Energy Summit Mexico 2026, which will take place on 19 May in Mexico City.
The event will bring together key public and private stakeholders to address power system expansion, new investment schemes, and the execution of strategic renewable energy projects, including solar PV, energy storage and grid integration.
To access the full 2026 agenda and learn more about the event, the official FES digital platform is available, while all sessions will be streamed live via the Future Energy Summit YouTube channel.
For enquiries and further information: [email protected]
by Strategic Energy Keep reading
The government seeks market feedback on renewable energy and storage projects that could connect to strategic grid nodes in former coal and nuclear regions.
by Strategic Energy Keep reading
The National Electric Coordinator introduces regulatory improvements to streamline participation in grid expansion projects worth over USD 500 million.
by Strategic Energy Keep reading
Governor Sergio Ziliotto announces a new tender and a bill to promote industrial development alongside renewable energy expansion
by Strategic Energy Keep reading
The government seeks market feedback on renewable energy and storage projects that could connect to strategic grid nodes in former coal and nuclear regions.
by Strategic Energy Keep reading
The National Electric Coordinator introduces regulatory improvements to streamline participation in grid expansion projects worth over USD 500 million.
by Strategic Energy Keep reading
Governor Sergio Ziliotto announces a new tender and a bill to promote industrial development alongside renewable energy expansion
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As Clean Energy Tax Credit Expiration Nears, States Rush Projects  Bloomberg.com
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A new funding framework introduces higher grants for lower-income households and, for the first time, dedicated support for battery systems alongside solar and heat pumps.
Croatian Minister for Environmental Protection and Green Transition Marija Vučković has presented a subsidy scheme for residential renewable energy systems, battery storage and heat pumps. The proposal has entered public consultation, with a total of €38 million in funding to be administered by the Fund for Environmental Protection and Energy Efficiency (FZOEU).
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This marks the first time Zagreb is supporting the installation of storage systems, as FZOEU Director Luka Balen emphasised at the programme’s launch, also highlighting significantly increased subsidies for photovoltaic systems.
A key element of the programme is that households affected by energy poverty receive higher grants than more affluent households. Zagreb is supporting the installation of photovoltaic systems, storage and heat pumps with grants covering up to 50 percent of eligible costs, rising to 70 percent for lower-income households. Eligibility depends on total household income: households with an average monthly income below €1,341.42 in 2025 qualify for the additional support.
Based on these percentages, subsidies for heat pumps range from €6,250 to €8,750. For photovoltaic systems, households can expect between €6,000 and €8,400. Battery system installations are supported with grants of between €5,600 and €7,840 per system. The government is allocating the funds differently depending on the technology: €10 million is earmarked for heat pumps for hot water preparation, €20 million for solar power systems and an additional €8 million for battery storage.
Croatia – grid batteries can ease renewable bottlenecks
The programme is aimed at owners and co-owners of single-family homes who live in the building where the system is to be installed. The building must have been legally constructed and comply with the relevant technical requirements. For heat pump installations, the house must have energy class C if located inland. Coastal properties must achieve at least energy class B. (su)
Croatia opens calls for €1.58 billion in green initiatives
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New Delhi, April 2026: In a major push towards clean and sustainable cooking, Indian Oil Corporation (IndianOil) has introduced Surya Nutan, an innovative indoor solar cooking system that lets households prepare food using the power of the sun. This patented technology promises to reduce dependence on LPG cylinders and electricity for daily cooking, offering a hybrid solution that works even on cloudy days or at night.
Developed entirely at IndianOil’s R&D Centre in Faridabad, Surya Nutan is a stationary, rechargeable, and always kitchen-connected solar cooktop. Unlike traditional outdoor solar cookers, this system stays inside your kitchen while a solar panel installed on the rooftop captures sunlight. The energy is converted into heat through a specialized heating element, stored in a thermal battery, and then used for cooking – all without the need for frequent battery replacements.
 
 
Key Features of Surya Nutan
Field testing of over 50 single-burner units across multiple Indian cities confirmed its reliability for everyday household needs.
Pricing and Booking
Surya Nutan comes in variants priced roughly between ₹12,000 (base model) and ₹23,000 (premium double-burner model) suitable for a family of four. Exact pricing and availability may vary; interested users can check the official IndianOil website or contact their nearest Indane LPG distributor, as the company plans to reach customers primarily through its existing LPG network. No government subsidy has been announced yet, but the system offers a payback period of 1-2 years for households using 6-8 LPG cylinders annually through savings on fuel.
To book or learn more, visit the official page: https://iocl.com/pages/SolarCooker or inquire via IndianOil’s customer channels.
 
 
Why It Matters Now
With recent reports of LPG supply pressures in some regions (like auto LPG shortages in Bengaluru due to global factors), alternatives like Surya Nutan could help households manage energy costs better while supporting India’s clean energy goals. It aligns with broader efforts to reduce oil imports and promote renewable solutions in kitchens.
This indigenous innovation, inspired by national clean cooking missions, brings the sun directly into your kitchen – safely, efficiently, and sustainably.
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The independent test lab introduced test to failure methodologies and expanded hail and mechanical stress sequences to better reflect risks from extreme weather and glass breakage.
Image: PVEL
Kiwa PV Evolution Labs (PVEL), a leading independent test lab for the downstream solar industry, has announced a significant update to its PV Module Product Qualification Program (PQP). The revisions focus on identifying the physical limits of solar modules in response to rising reports of spontaneous glass breakage and hail damage in the field.
The updated PQP moves beyond traditional pass/fail criteria for several key sequences, implementing test to failure protocols. This shift provides developers, EPCs, and financiers with more granular data regarding the safety margins and durability of specific module designs.
“The improvements we’ve made in this PQP update incorporate critical feedback from our downstream partners and research institutes, keeping the Kiwa PVEL PQP at the forefront of the growing demand for PV module procurement due diligence,” said Tristan Erion-Lorico, vice president of sales and marketing at Kiwa PVEL.
Regarding the Hail Stress Sequence (HSS), the lab has transitioned to a Hail TTF approach, increasing the sample size to five modules. Testing now targets specific vulnerable areas such as edges, corners, and junction boxes, with ice ball diameters increased until breakage occurs.
Similarly, the Mechanical Stress Sequence (MSS) now includes Static Mechanical Load (SML) TTF to evaluate the threshold of glass breakage. This sequence also utilizes five samples to provide a more statistically significant assessment of mechanical durability.
The Ultraviolet Induced Degradation (UVID) sequence has been streamlined into a continuous 120 kWh/m² exposure to improve testing efficiency while maintaining rigorous standards for backsheet and cell durability. Additionally, to address metastability issues where module performance measurements can be temporarily skewed after stress, the lab has added light soaking and UV soaking steps following Damp Heat and PID testing.
The empirical data generated by these tests informs the annual Kiwa PVEL PV Module Reliability Scorecard. Participation in the program remains voluntary for manufacturers, with the scorecard highlighting top performing models that demonstrate superior reliability under accelerated stress conditions.
“The module buying landscape has changed dramatically in recent years with advancements in technology and new players entering the market,” said Erion-Lorico. “In response, Kiwa PVEL has focused our globally acclaimed test program on addressing these changes.”
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Supply chain attacks compromise PV systems by targeting trusted vendors, software, or hardware components, allowing attackers to infiltrate systems indirectly through legitimate channels. These attacks can disrupt operations, introduce hidden vulnerabilities, and impact multiple assets at once, making vendor security and system validation critical for resilience.
Image: pv magazine/AI generated
Supply chain cyberattacks are a significant category of threats affecting digital and cyber-physical systems that depend on a network of third-party providers, manufacturers, and service platforms. In PV environments, where systems rely on inverters, monitoring software, firmware updates, and cloud services from external vendors, these attacks can undermine trust in the entire ecosystem.
These attacks involve inserting malicious code, backdoors, or vulnerabilities into products or services before they reach the end user. Instead of attacking a PV system directly, adversaries compromise a supplier such as a software provider, equipment manufacturer, or service partner and use that trusted relationship to gain access. As a result, operators may unknowingly deploy compromised components within their infrastructure.
Supply chain attacks may target PV systems and solar plants by exploiting firmware updates for inverters, software updates for monitoring platforms, or third-party communication gateways. Once integrated, the malicious component can enable unauthorized access, data exfiltration, or system manipulation. Because these components are trusted, such attacks can remain undetected for long periods.
Join us on Apr. 29 for pv magazine Webinar+ | Decoding the first massive cyberattack on Europe’s solar energy infrastructure – The Poland case and lessons learned
Industry experts will explore real-world cyberattack scenarios, highlight potential vulnerabilities in solar and storage systems, and share practical, actionable strategies to protect your energy assets. Attendees will gain valuable knowledge on how to anticipate, prevent, and respond to cyber threats in the rapidly evolving solar energy sector.
These attacks may also indirectly cause operational and physical risks by altering system behavior, disrupting communication, or introducing hidden backdoors that can be activated later. Inverters, controllers, and SCADA systems may operate under compromised logic, potentially leading to instability, inefficiencies, or safety concerns. Additionally, large-scale deployments of identical components mean a single compromised supplier can impact multiple sites simultaneously.
“Supply chain attacks are especially dangerous because they turn trusted components into attack vectors at scale,” Uri Sadot, Managing Director of SolarDefend and the Chairman of SolarPower Europe’s Digitalization workstream, told pv magazine. “They can turn trusted suppliers into Trojan horses inside critical infrastructure.” He added.
Operational modes
Supply chain attacks can occur at different stages of the product or service lifecycle. They may take place during software development, where attackers inject malicious code into applications or updates. Alternatively, they can occur during hardware manufacturing or distribution, where components are tampered with before deployment. In more advanced scenarios, attackers compromise update servers or delivery mechanisms to distribute malicious payloads to many systems at once.
For PV systems, a supply chain attack often begins with targeting a vendor that provides widely used components such as inverter firmware, monitoring platforms, or cloud-based services. Attackers may breach the vendor’s internal systems, modify software updates, or insert hidden
functionality into legitimate products. When operators install updates or deploy new equipment, the malicious code is introduced into the PV environment.
Common techniques in PV environments include trojanized software updates, compromised firmware, and exploitation of trusted remote maintenance tools. In distributed solar fleets, attackers may leverage centralized update mechanisms to affect multiple installations simultaneously, amplifying the impact.
Once the attack is active, operators may not immediately detect any issues, as the compromised components appear legitimate. Over time, signs may include unusual system behavior, unexplained data anomalies, or unauthorized communications with external servers. In many cases, detection occurs only after significant impact or through external disclosure.
Defense
A potential defense against supply chain attacks in PV systems is to implement strict vendor risk management practices, including security assessments and verification of supplier integrity. Operators should ensure that vendors follow secure development practices and provide transparency into their security controls.
Code signing and verification mechanisms are also critical, ensuring that software and firmware updates are authentic and have not been tampered with. Regular integrity checks can help detect unauthorized modifications to system components.
Network segmentation can limit the impact of compromised components by isolating critical systems such as inverters, SCADA platforms, and monitoring tools. This reduces the ability of malicious code to spread across the environment.
Continuous monitoring and intrusion detection systems (IDSs) can help identify abnormal behavior originating from trusted components, such as unexpected communications or unusual system activity. However, these tools must be combined with threat intelligence and automated response capabilities to be effective.
Maintaining an inventory of all hardware and software components (asset management) is also essential, enabling operators to quickly identify and respond to vulnerabilities or compromised suppliers.
Overall, supply chain attacks represent a serious risk to PV systems, primarily affecting their integrity, trustworthiness, and operational security. By exploiting trusted vendors and components, these attacks can bypass traditional defenses and impact multiple systems simultaneously.
Although measures such as vendor assessments, code verification, segmentation, monitoring, and asset management can reduce the risk, no single control is sufficient on its own. Systems must be designed with layered security, continuous validation of components, and rapid response strategies.
This approach not only helps detect and contain compromised elements early but also limits the attacker’s ability to scale their impact across interconnected PV systems.
“These attacks don’t break in – they come in through the front door. A trusted channel will be used to bring them where they will stay hidden until it’s too late ” Sadot stated.
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DMEGC Solar, a global Tier 1 manufacturer of solar modules, announced the evolution of its Greenhouse range with G12RT cell technology integration. The Jinhua, China-based company has transitioned from its previous M10RT cell technology to deliver enhanced solutions for agricultural and horticultural photovoltaic applications.
The technological upgrade represents a controlled evolution rather than a complete overhaul, maintaining compatibility with existing agricultural infrastructure while improving performance metrics. DMEGC Solar’s Greenhouse modules have been deployed across numerous agricultural and horticultural projects globally.
The new generation G12RT range provides significantly expanded options for agricultural operators. The modules now offer light transmission ranging from 2% to 50% transparency, enabling precise customization based on crop requirements and energy production goals.
Since 2021, we’ve been your trusted source for unbiased news and in-depth analysis on agriculture technology worldwide. Join our growing community on social media and stay updated with the latest insights, trends, and stories that matter to you!
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Ganesh Green Bharat has secured a ₹430 crore domestic order for supplying advanced 630 Wp TOPCon N-Type bifacial solar PV modules, marking a major milestone in its growth and reinforcing its role in India’s clean energy transition.
The order comes at a time when India’s renewable energy sector is entering a high-growth phase, driven by ambitious national targets, rapid capacity additions, and rising demand for high-efficiency solar solutions. The project involves supplying next-generation bifacial modules designed to deliver higher energy yield, enhanced durability, and consistent performance, especially for utility-scale solar installations.
These modules are built using TOPCon technology, which is increasingly being adopted across the industry for its superior efficiency and long-term reliability.
Key Highlights
Also Read: Tesla Eyes $2.9B China Solar Tools for US Capacity
The company will manufacture the modules using fully automated production lines, ensuring scalability, precision, and consistent quality across large deployments.
The order further strengthens Ganesh Green Bharat’s position in the solar value chain, highlighting its growing capabilities in high-performance module manufacturing and EPC execution. The deployment is expected to contribute significantly to India’s renewable capacity expansion while supporting the country’s broader goals of energy security and sustainability.
Commenting on the development, Ketan Patel, Chairman, Ganesh Green Bharat, said, “Securing this order is a strong step forward in our growth journey as we continue to scale manufacturing and deepen our presence in India’s solar ecosystem. It aligns with our focus on building high-efficiency, reliable products for large-scale applications while strengthening our capabilities in advanced technologies like TOPCon. As India accelerates its renewable energy targets, we remain committed to supporting this transition through consistent quality, disciplined execution, and a clear focus on long-term, sustainable growth.”
Currently, the company operates a 1.1 GW solar module manufacturing facility in Mehsana, Gujarat, and is actively pursuing expansion plans to increase production capacity and meet rising market demand.
Also Read: Goldi Solar Secures $171M to Boost Cell Manufacturing
This development underscores the increasing shift toward advanced solar technologies in India’s energy mix and positions Ganesh Green Bharat as a key player in the next phase of solar infrastructure growth.
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X-ELIO, a developer of renewable energy projects in Spain, has secured Prior Administrative Authorization from Spain’s Ministry for Ecological Transition and the Demographic Challenge for the 386 MW Lorca Solar PV plant in Murcia. According to the statement, the favourable Environmental Impact Statement appeared in Spain’s Official State Gazette on October 1, while work related to municipal licence management is still ongoing. The ministry approved the project after revisions were introduced to accommodate requests from the regional government, city councils, and neighbourhood associations. X-ELIO said that the deployment is reported to deliver 748 GWh in its first year, provide power to around 215,000 homes annually, and avoid 148,328 tonnes of CO2 emissions. The company has also added that the development could start by late 2023, with EUR 270 million (~$320 million) planned as investment and more than 300 direct jobs anticipated during construction and commissioning.

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Mostly clear. Low 58F. Winds light and variable..
Mostly clear. Low 58F. Winds light and variable.
Updated: April 17, 2026 @ 9:19 pm

CHARLOTTESVILLE, Va. (CBS19 NEWS) — As energy costs continue to rise, a new community solar program is expected to launch this summer in the area, giving residents a way to lower their electricity bills without installing panels on their homes.
The shared solar program allows participants to subscribe to a portion of a larger solar farm rather than placing solar panels on their own property. Organizers say the model expands access to renewable energy while helping customers save money.
“We know that energy rates feel like they’re going up,” said Mark Kronenthal, president of Shared Solar for Community Solar Circle. “This helps people in their wallet, and it also helps grow the green economy and diversify sources of electricity.”
Through the initiative, subscribers receive credits on their utility bills for the energy generated by their share of the solar farm. The credits are applied through their existing electricity provider.
The program is available to qualifying residents, which are those with Dominion Energy and who meet certain income requirements.
“It allows participants to sign up for a share of a solar farm,” Kronenthal said. “Dominion credits their bill for the power supplied to the grid from that solar project.”
The effort is part of a broader push to expand renewable energy in Virginia amid increasing demand. Gov. Abigail Spanberger and state lawmakers recently passed legislation — HB807 and SB254 — aimed at growing the shared solar program. 
Officials say if participation reaches a certain capacity, the program could nearly double the amount of solar energy allowed, measured in megawatts, helping to further expand solar infrastructure across the state.
Residents in Charlottesville and Albemarle County can sign up for the program now ahead of its expected launch this summer. Once active, participants could begin seeing credits applied to their energy bills. For more information go here. 
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“The second you say you’re interested, everybody wants your number.”
Photo Credit: Instagram
Switching your home from being fuel-reliant to embracing solar power is one of the best ways to take control of your energy and cut your bills, but dealing with unreliable providers and pushy sales tactics can make the process frustrating. 
That’s why one homeowner shared a video on Instagram showing how she completed her solar installation without the sales headaches.
Lauren Bash (@relauren) revealed that she worked with popular comparison site EnergySage to find the best solar deal for her home and budget. 
A post shared by Lauren Bash (@relauren)
“The thing no one tells you about going solar is the second you say you’re interested, everybody wants your number,” Bash explained. “While I love the intention, I need some space.” 
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.
Endless texts, emails, and calls from salespeople can be exhausting. To skip that hassle, Bash turned to EnergySage, which doesn’t rely on the usual aggressive sales tactics.
“It’s kind of like the travel booking site Kayak, but for solar,” Bash said. “They help you get and easily compare quotes, research installers, and give advice all for free.” 
In fact, the average homeowner who connects with EnergySage advisors before installing solar panels can save up to $10,000. 
Before deciding, Bash worked with EnergySage advisor Sam, who helped her understand the best solar panel options for her home and budget. 
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.
“He answered all of my questions and helped me understand my electric bill and how many panels I need,” Bash said. 
Bash isn’t alone. More U.S. homeowners are turning to solar panels, and for many, the investment is already paying off through significant savings on energy bills.
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“I’m so so so ready to save money on electricity, stop relying on fossil fuels and whatever my utility decides to charge me, and finally get solar,” Bash said. 
If Bash’s story has you curious about how much solar panels can reshape your annual utility bills, consider connecting with the experts at EnergySage. 
💡Go deep on the latest news and trends shaping the residential solar landscape
Although major federal tax incentives are gone, for now, you might be surprised at how many state and local utility rebates are available for homeowners looking to upgrade to clean energy. 
EnergySage’s helpful mapping tool shows the average cost of home solar panels by state, and it provides details on all local incentives available to you. It can help you ensure you’re getting the best deal possible when installing panels. 
If you’re looking to fully cut ties with your electricity provider, you might want to consider pairing solar with a whole-home battery system. Batteries can help you save even more on bills with solar and keep your lights on during frustrating power outages. 
For more information on backup power solutions, check out EnergySage’s free resources for competitive installation estimates. 
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.
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10Pcs Solar Panel End Clamps – Aluminum Mounting Brackets For 30mm-45mm Frame Roof Installation  ruhrkanal.news
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New figures from grid operator Enedis reveal that France added 1,418 MW of new PV capacity in Q1 2026, roughly matching Q1 2025, despite a broader sector slowdown linked to regulatory changes and delayed tenders.
Image: Mustang Joe, Wikimedia Commons, CC0 1.0
From pv magazine France
According to data released by France’s grid operator Enedis, 1,418 MW of new photovoltaic capacity was connected to the country’s distribution network in the first quarter of 2026. This is broadly in line with the 1,407 MW recorded in the first quarter of 2025, indicating stable deployment levels despite a slowdown in the solar sector over recent months.
The decline is attributed to regulatory changes affecting the residential segment and delays in new tendering rounds. Around 10 GW of projects are currently in the pipeline awaiting grid connection.
Of the capacity connected in Q1 2026, 41 MW comes from self-consumption PV systems without grid injection, while 284 MW was connected under self-consumption schemes with surplus injection. A further 1,093 MW was for systems that are fully injecting their power into the distribution grid.
A total of 31,565 PV systems were connected between January and March 2026. This includes 26,611 installations in the sub-36 kW segment, representing 168 MW, 1,114 installations in the 36–100 kW low-voltage segment (93 MW), 3,678 installations in the 100–250 kW segment (749 MW), and 162 installations in the medium-voltage segment (407 MW).
Only 8 MW of capacity was connected with storage during the period, compared with 38 MW in the first quarter of 2025.
France deployed 5.9 MW of solar in 2025. The figure set a new record for France’s PV sector, surpassing the 4.6 GW installed in 2024, 3.1 GW in 2023, 2.6 GW in 2022, and 2.8 GW in 2021.
The country’s cumulative installed PV capacity reached around 31.1 GW at the end of December.
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Stillhouse Solar is supported by 15-year PPAs with affiliates of Hyundai Motor Group.
TPG Rise-backed Matrix Renewables has begun commercial operations at its 281MW-direct current/210MW-alternating current Stillhouse Solar photovoltaic (PV) project in Bell County, Texas.
The project required an investment exceeding $380m (€322.56m) and represents one of the company’s major recent developments in the US.
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The start of commercial operations follows the transition of construction financing for the project into long-term debt and the successful securing of Investment Tax Credit funding.
Matrix Renewables managing director and US head Cindy Tindell said: “This transaction marks the major milestone in the project’s life cycle, transitioning from construction into long-term operations, where we were able to work with our partners and stakeholders to optimise the capital structure to deliver stable, renewable energy generation within the ERCOT [Electric Reliability Council of Texas] market.”
Stillhouse Solar is underpinned by 15-year power purchase agreements (PPAs) with Hyundai Motor Group affiliates.
Matrix Renewables acquired the project from OCI Solar Power during late-stage development in June 2023.
The Stillhouse Solar project is expected to provide electricity to the equivalent of 48,862 homes, while avoiding 185,598 tonnes of CO₂ equivalent annually.
In November 2025, Matrix Renewables announced the completion of the solar power plant, which supported more than 320 jobs.
SOLV Energy handled the engineering, procurement and construction works for the project.
Financial support for the Stillhouse Solar project included term debt and letter of credit support from MUFG, HSBC and ING Capital, with Northleaf Capital acting as a minority investor.
Meanwhile, Acadia Infrastructure enabled the sale of environmental attribute certificates for the project.
Last month, Matrix Renewables signed a long-term agreement with EDF to optimise a 500MW/1GW-hour battery energy storage system under construction in Eccles, Scotland.
EDF will deliver route-to-market services for the battery once operational, with commercial operation targeted for summer 2027.
Within the US, Matrix Renewables owns and develops more than 8.7GW of projects across five regional markets. Its international portfolio comprises more than 15.5GW of solar, battery storage and green hydrogen projects.
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Grid electricity in the US still generates roughly 60% of its power from fossil fuels, according to the U.S. Energy Information Administration. Every time you charge a device from the wall, a portion of that charge has a carbon cost attached to it. Portable solar panels and power banks don’t eliminate that dependency entirely — but they meaningfully reduce it for outdoor use, travel, emergency preparedness, and daily device charging. The best setups in 2026 are genuinely practical: monocrystalline cells at 23–25% efficiency, fast-charge USB-C outputs, and LiFePO4 power stations that hold a charge for months and last a decade. For the home energy side of the equation, see our guide to eco-friendly products that save you money including the Emporia home energy monitor.
Wattage determines charging speed — a 100W panel in direct sun charges a 300Wh power station in roughly 3 hours; a 28W panel takes closer to 11 hours. IP rating matters for outdoor use: IP65 resists water splashes, IP68 handles full submersion. ETFE lamination outperforms PET lamination for durability and efficiency in high-heat conditions — worth the slight price premium for anyone planning regular outdoor use. On the power bank side: output wattage matters as much as capacity. A 10,000mAh bank with 30W USB-C output charges a modern phone in 90 minutes; the same capacity at 5W takes five hours. For power stations, LiFePO4 chemistry is non-negotiable in 2026 — standard lithium-ion degrades to 80% capacity in 500 cycles; LiFePO4 holds over 80% for 2,000+ cycles.
The best entry point into a genuinely functional solar setup is a matched panel-and-power-station bundle, and Jackery’s Explorer 300 Plus with SolarSaga 100W is the most capable in this price range. The Explorer 300 Plus uses LiFePO4 battery chemistry — 10-year lifespan at daily use, 3,000+ charge cycles before meaningful degradation. 288Wh capacity powers a laptop through a full workday, charges phones 20+ times, or runs a CPAP machine for one night. The SolarSaga 100W panel reaches full recharge in 4 hours under good sun. Wi-Fi and Bluetooth app control. Quiet enough for indoor use. The combination gives you a closed-loop solar system that eliminates grid dependence for small electronics entirely. Around $350–450 for the bundle. Honest flaw: the Explorer 300 Plus is a base-camp device — at over 3kg it doesn’t belong in a backpack. For portability, see BioLite below.
Jackery’s SolarSaga 100W Bifacial is the most significant upgrade in the portable solar category in recent memory. The bifacial design generates power from both sides of the panel — capturing reflected and diffuse light from the ground surface, which increases total output by up to 30% over single-sided panels of the same wattage rating. Monocrystalline cells at 25% conversion efficiency. IP68 waterproof. Two adjustable kickstands. Built-in USB-C and USB-A for direct device charging without a power station. Compatible with all Jackery Explorer power stations. Around $150–180. Honest flaw: premium price — the BigBlue 100W below delivers comparable power for significantly less money if you don’t need the bifacial efficiency boost.
When independent reviewers break down cost-per-watt across portable solar panels, BigBlue’s 100W panel consistently comes out on top. At roughly half the price of the Jackery SolarSaga, it delivers comparable real-world output — monocrystalline cells at 22.5% efficiency, PD 45W USB-C output, 18W fast-charge USB-A, five adjustable kickstands, and a 10-in-1 connector set that makes it compatible with virtually every major power station (Jackery, Goal Zero, Bluetti, EcoFlow, Anker). Smart chip technology prevents overcharging, overheating, and short circuit. Folds into a briefcase format at 8.8lbs. Around $80–110. Honest flaw: BigBlue’s rated wattage, like most solar panels, is a laboratory figure — real-world output in typical conditions runs 60–75% of rated wattage. Budget time accordingly.
Anyone who’s carried a 100W panel on a hiking trip has discovered that the physics don’t work. BioLite SolarPanel 10+ is built for the reality of human-powered travel: 10W, 11oz, integrated 3,200mAh battery so you capture solar energy throughout the day and charge devices when you stop. A built-in sundial helps you optimize panel angle without a compass or guesswork. USB charge-out for phones and small devices. BioLite is a certified B Corp with a mission of providing clean energy access in off-grid communities — every consumer product sold cross-subsidizes clean energy projects in Sub-Saharan Africa and South Asia. Around $70–80. Honest flaw: 10W is genuinely limited — enough to trickle-charge a phone in direct sun, not enough to run anything power-hungry.
Solar panels charge power banks; power banks charge devices. The Anker PowerCore 10000 30W is the right pairing for the BigBlue 28W or BioLite 10+ — TSA-approved, slim enough for a day bag, and capable of 30W USB-C output that fast-charges any modern phone or tablet in under 90 minutes. 10,000mAh capacity charges an iPhone 16 approximately four times from flat. Anker’s carbon lifecycle measurement program has independently measured, reduced, and offset the carbon emissions from this product — one of the few power bank brands making verifiable lifecycle claims. Around $35–45. Honest flaw: 10,000mAh is right-sized for phone charging — if you need to charge a laptop, step up to a 20,000+ mAh unit or the Jackery power station.

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US independent power producer (IPP) Matrix Renewables has begun commercial operations at the 210MW Stillhouse solar PV project in Bell County, Texas.
With the start of commercial operations, Matrix said it has successfully secured Investment Tax Credit (ITC) funding and the conversion of the project’s construction financing—secured in 2024—to long-term debt.
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The project is contracted under a 15-year power purchase agreement (PPA) with Japanese auto manufacturer Hyundai for a portion of its output. Matrix completed construction on the site back in November 2025, and the project was built by engineering, procurement and construction (EPC) contractor SOLV Energy.
“We were able to work with our partners and stakeholders to optimise the capital structure to deliver stable, renewable energy generation within the ERCOT market,” said Matrix managing director Cindy Tindell.
The project secured the 30% ITC incentive for solar developments, which was introduced under the Biden administration’s Inflation Reduction Act (IRA). That incentive is set to expire on 4 July under new legislation from the current government—US solar projects looking to access it must either become operational, like the Stillhouse project, or secure “safe harbour” by meeting the Treasury’s regulations on the “start of construction”.
Meeting those requirements could be complex, as the Treasury has set out a range of criteria ranging from material and component sourcing to requiring “meaningful” on-site construction in its guidance on the subject. Projects attaining safe harbour between 1 Jan and 4 July 2026 must also meet the new Foreign Entity of Concern (FEOC) rules around product sourcing and intellectual property.
Matrix said it owns over 8.5GW of projects either in development or operations across the US, in five regional transmission markets: ERCOT, CAISO, MISO, WECC and SPP.

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The country reached a cumulative installed PV capacity of 44.9 GW at the end of March, according to recent figures from Italian PV association Italia Solar.
Image: Cristina Gottardi/Unsplash
From pv magazine Italy
Italy installed 1,439 MW of new PV systems in the first quarter of this year, according to new figures released by Italian PV association Italia Solare.
As of March 31, 2,216,994 photovoltaic systems were connected in Italy, with a total installed capacity of 44,952 MW.
“In the first quarter, after a slowdown in January, especially for systems above one megawatt, installations picked up between February and March, but the figures are still below what is needed to reach 6–7 GW of new photovoltaic capacity installed annually,” the association wrote.
The decline is driven by the residential segment, which was down 13% compared to the same period in 2025, and utility-scale segment, which was down 9%. The C&I segment, however, grew by 24% year-on-year in Q1.
The residential sector, which includes systems below 20 kW, recorded 313 MW of new installed capacity, with 46,103 new systems, while the C&I segment including systems with a power range of 20 kW to 1 MW added 566 MW across 4,251 systems.
“The sector continues to represent a significant share of the market, but without signs of the strong acceleration expected in the coming months,” said Italia Solare, referring to the C&I segment.
Utility-scale systems continued to grow, with 560 MW installed across 159 systems, highlighting the increasing share of plants above 10 MW.
Lombardy, the leading region, currently exceeds 6,000 MW of cumulative installed capacity. It is followed by Veneto with 4,510 MW and Lazio with 4,214 MW.
In terms of new capacity added in Q1 2026, Lombardy leads with 266 MW, followed by Veneto with 178 MW, Piedmont with 168 MW, Sicily with 126 MW, and Puglia with 100 MW.
Lombardy also recorded the highest number of newly installed systems (7,712), followed by Veneto (6,740) and Emilia-Romagna (4,632). In terms of per capita installed capacity during the quarter, Marche, Friuli-Venezia Giulia, and Piedmont stand out.
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Climate Solar Energy Farmland  galvnews.com
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10Pcs Solar Panel End Clamps – Aluminum Mounting Brackets For 30mm-45mm Frame Roof Installation  RuhrkanalNEWS
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The proposed framework seeks to extend the ALMM regime across the solar manufacturing value chain by mandating the use of ALMM-enlisted wafers, in addition to modules and cells, for projects falling within the scope of the ALMM Order.
April 17, 2026. By News Bureau

We Aim to Build 5 GW Capacity Across the Entire Solar Value Chain, Says Future Solar's Ravi Rao

Solar to BESS: Reliability Begins with Advanced Sealants, Explains Manish Gupta, Fasto Adhesive

Anand Jain of Aerem Solutions on Scaling Solar, Storage, and Finance for Sustainable India

JIRE CEO Amit Kumar Mittal Explains Rising Role of Energy Storage and Green Hydrogen in India

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According to pv magazine Italy, the nation’s photovoltaic sector has recorded a significant volume of connection requests. As of the end of March, Italy had received 3,670 applications for solar plant connections, representing a total capacity of 144 gigawatts. These figures show a general alignment with prior data, continuing a modest decline that began in August of last year.
Within that broader pipeline, the segment of ready-to-build solar projects has grown. The latest figures indicate 210 such projects, with a combined capacity of 9.34 gigawatts. The total number of renewable energy connection requests across all technologies stood at 5,868 applications. Photovoltaic projects constitute 62.5 percent of these applications and account for 44.64 percent of the overall renewable capacity requested, which is 322.67 gigawatts. Onshore wind projects follow solar, with 2,057 applications for 107.44 gigawatts.
Geographic concentration remains a key feature of the Italian solar landscape. Puglia leads in the number of photovoltaic applications with 868, though it ranks second in associated capacity at 36.62 gigawatts. Sicily holds the top position for capacity at 37.39 gigawatts from 758 applications. Sardinia follows with 404 applications for 16.6 gigawatts.
For the ready-to-build solar segment, Sicily also leads with 64 projects totaling 4.17 gigawatts. It is followed by Puglia with 41 projects for 1.95 gigawatts and Lazio with 32 projects for 1.3 gigawatts. Basilicata has 30 ready-to-build projects amounting to 0.49 gigawatts.
Approved photovoltaic projects have also increased, reaching 1,139 applications and 46.49 gigawatts of capacity. Puglia dominates this category with 397 approved applications for 16.78 gigawatts, ahead of Sicily with 221 approvals for 12.24 gigawatts and Sardinia with 123 approvals for 5.5 gigawatts.
Interest in integrating storage with photovoltaic projects has remained steady, with 786 such applications representing 14.85 gigawatts of storage capacity. This is out of a total of 3,572 photovoltaic applications. Stand-alone storage applications saw a decline to 2,441 projects for 268.34 gigawatts.
Separately, connection requests from data centers have risen, reaching 480 applications for 82.63 gigawatts of capacity. These requests are heavily concentrated in Lombardy, which has 273 applications for 40.9 gigawatts. Other significant regions include Piedmont, Lazio, and Puglia. The ready-to-build segment for data centers consists of 12 projects, all in Lombardy, for 1.33 gigawatts. Data centers account for 85.7 percent of total capacity requests from consumer-user applications.
Interactive table based on the Store Companies dataset for this report.
This report provides a comprehensive view of the solar cells and light-emitting diodes industry in Italy, tracking demand, supply, and trade flows across the national value chain. It explains how demand across key channels and end-use segments shapes consumption patterns, while also mapping the role of input availability, production efficiency, and regulatory standards on supply.
Beyond headline metrics, the study benchmarks prices, margins, and trade routes so you can see where value is created and how it moves between domestic suppliers and international partners. The analysis is designed to support strategic planning, market entry, portfolio prioritization, and risk management in the solar cells and light-emitting diodes landscape in Italy.
The report combines market sizing with trade intelligence and price analytics for Italy. It covers both historical performance and the forward outlook to 2035, allowing you to compare cycles, structural shifts, and policy impacts.
This report provides a consistent view of market size, trade balance, prices, and per-capita indicators for Italy. The profile highlights demand structure and trade position, enabling benchmarking against regional and global peers.
The analysis is built on a multi-source framework that combines official statistics, trade records, company disclosures, and expert validation. Data are standardized, reconciled, and cross-checked to ensure consistency across time series.
All data are normalized to a common product definition and mapped to a consistent set of codes. This ensures that comparisons across time are aligned and actionable.
The forecast horizon extends to 2035 and is based on a structured model that links solar cells and light-emitting diodes demand and supply to macroeconomic indicators, trade patterns, and sector-specific drivers. The model captures both cyclical and structural factors and reflects known policy and technology shifts in Italy.
Each projection is built from national historical patterns and the broader regional context, allowing the report to show where growth is concentrated and where risks are elevated.
Prices are analyzed in detail, including export and import unit values, regional spreads, and changes in trade costs. The report highlights how seasonality, freight rates, exchange rates, and supply disruptions influence pricing and margins.
Key producers, exporters, and distributors are profiled with a focus on their operational scale, geographic footprint, product mix, and market positioning. This helps identify competitive pressure points, partnership opportunities, and routes to differentiation.
This report is designed for manufacturers, distributors, importers, wholesalers, investors, and advisors who need a clear, data-driven picture of solar cells and light-emitting diodes dynamics in Italy.
The market size aggregates consumption and trade data, presented in both value and volume terms.
The projections combine historical trends with macroeconomic indicators, trade dynamics, and sector-specific drivers.
Yes, it includes export and import unit values, regional spreads, and a pricing outlook to 2035.
The report benchmarks market size, trade balance, prices, and per-capita indicators for Italy.
Yes, it highlights demand hotspots, trade routes, pricing trends, and competitive context.
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China’s Renewable Energy and EV Stocks Lifted on Export Hopes, Oil Price Shocks  Morningstar
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Protect Your Garden This Summer With Agrivoltaic Shielding  Forbes
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“Today we are taking another step in the enormous challenge of generating productive and economic development,” said Governor Sergio Ziliotto while announcing the tender for the second phase of the solar PV plant and the submission of a bill to create an economic activities park.
The governor of La Pampa, Sergio Ziliotto, announced Public Tender No. 1/26 for the second phase of the General Pico Solar Photovoltaic Park—an initiative that will expand renewable electricity generation capacity in the north of the province and strengthen the government’s energy strategy based on planning, investment and public-private collaboration.
The call continues a project already underway. Phase I, currently under construction, includes 15 megawatts (MW) of capacity, while the new phase will add a further 15 MW, as part of an expansion plan aiming to reach 50 MW of installed capacity.
The initiative will be structured through a temporary joint venture between Pampetrol and a private contractor. Under this scheme, the provincial company will hold a 20% stake, while the private partner will own the remaining 80%.
Pampetrol will contribute strategic assets such as the land, the power supply contract, grid connection feasibility, environmental studies and prior project development.
In addition, the scheme includes a 20-year power purchase agreement (PPA) with the Provincial Energy Administration, featuring a fixed price during the first seven years and a regulated adjustment mechanism for the remaining period, providing revenue predictability and a long-term investment horizon.
Meanwhile, the electricity generated will be used to meet the growing demand of the productive sector in northern La Pampa, supporting industrial expansion and ensuring energy availability for new projects.
The project will be developed within the General Pico Energy Supply and Productive Development Hub and will include design, supply and construction, installation and commissioning, grid connection, operation and maintenance (O&M), and the commercialisation of the generated energy.
“Managing the price of energy means having control over one of the key variables in adding value to our primary production,” Ziliotto stated, emphasising that the goal is to ensure “energy in both quality and quantity, at the best possible price to meet the needs of the productive sector.”
The expansion of the solar park is part of a broader productive development strategy. The governor also announced the submission of a bill to create an economic activities park in General Pico, coordinated between the provincial government, the municipality and the private sector.
“We are creating the conditions to ensure infrastructure, access to inputs and clear rules of the game. We are also talking about legal certainty and fiscal stability.” This project carries a zero tax burden and is supported by a strong framework of coordination with the provincial government.
Ziliotto explained that the new scheme предусматриes joint management between the provincial government and the municipality, with private sector participation: “We will create all the necessary conditions to promote private investment, just as we are making public investments. The only way to develop La Pampa province is through production and employment,” he stressed.
Interested companies may access the tender documents and submit their bids in accordance with Public Tender No. 1/26. The opening of bids will take place on 8 September 2026.
by Strategic Energy Keep reading
The government seeks market feedback on renewable energy and storage projects that could connect to strategic grid nodes in former coal and nuclear regions.
by Strategic Energy Keep reading
Joel Santos will inaugurate the summit in Santo Domingo amid record-breaking tenders, growing momentum for energy storage, and high-impact regulatory decisions shaping the Dominican electricity system.
by Emilia Lardizabal Keep reading
“We will be just one additional tender away from covering the nearly 16,500 MW of renewable energy capacity required for this administration,” said Deputy Energy Minister Jorge Islas, as the country advances towards a 38% clean energy target by 2030 and a more state-led planning model for the power sector.
by Strategic Energy Keep reading
The government seeks market feedback on renewable energy and storage projects that could connect to strategic grid nodes in former coal and nuclear regions.
by Strategic Energy Keep reading
Joel Santos will inaugurate the summit in Santo Domingo amid record-breaking tenders, growing momentum for energy storage, and high-impact regulatory decisions shaping the Dominican electricity system.
by Emilia Lardizabal Keep reading
“We will be just one additional tender away from covering the nearly 16,500 MW of renewable energy capacity required for this administration,” said Deputy Energy Minister Jorge Islas, as the country advances towards a 38% clean energy target by 2030 and a more state-led planning model for the power sector.
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Research from the Federal University of Ceara and the Federal University of Sao Joao del-Rei, published in Electric Power Systems Research and reported by pv magazine Brazil, has analyzed contracting methods within Brazil’s Free Contracting Environment. The work compared long-term power purchase agreements with self-generation of solar photovoltaic energy for major industrial consumers.
The analysis employed stochastic modeling to evaluate different approaches. It found that a direct investment model, where a consumer finances, builds, and operates its own photovoltaic plant, presents the greatest potential for lowering costs relative to power purchase agreements. Alternative self-generation structures like matching and leasing were also considered.
Results indicated that direct-investment self-production can achieve cost reductions of up to 32.9% compared to conventional power purchase agreements. This model also showed a discounted payback period of around ten years. The calculated internal rate of return for such projects spanned from 11.8% to 18.1%, with a most likely figure of 15.1%.
However, the study notes that self-generation carries greater risk exposure. A project’s financial viability is highly sensitive to capital expenditure, operational and maintenance expenses, solar resource variability, and short-term electricity price movements. Differences between projected and actual energy generation can create surpluses or deficits that must be managed in the short-term market, impacting cash flow predictability.
The research was based on case studies of a large industrial consumer in Northeast Brazil with continuous, constant energy demand. For the power purchase agreement scenario, modeling produced a range of net present values. For the self-generation via direct investment scenario, a separate set of net present values was calculated, demonstrating the potential savings.
Regulatory exemptions were identified as a central factor influencing the economics of self-generation. Benefits include exemptions from certain sector charges, which are reflected in distribution system tariff structures. The level of discount on these tariffs directly correlates with the net present value savings achieved. Exemptions from other specific charges also improve the internal rate of return and shorten the payback period for projects.
The study concludes that while these regulatory conditions significantly enhance the financial appeal of self-generation compared to power purchase agreements, they also introduce a regulatory risk. Future revisions to exemption policies could affect the long-term viability of such investments.
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Katy homeowner says solar company vanished, leaving her unable to pay bills  Click2Houston
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The U.S. Patent and Trademark Office has invalidated all claims of two TOPCon solar cell patents previously asserted by Trina Solar against Canadian Solar subsidiaries.
The the headquarters of the United States Patent and Trademark Office in Alexandria, Virginia, United States
Image: Coolcaesar, Wikimedia Commons, CC BY-SA 3.0
Chinese-Canadian PV manufacturer Canadian Solar has announced that the U.S. Patent and Trademark Office (USPTO) has issued final written decisions invalidating all claims of two TOPCon solar cell patents previously asserted by China-based rival Trina Solar. 
“This ruling reinforces Canadian Solar’s long-standing, successful track record of managing international disputes,” the company said in a statement. “As a global leader in solar and energy storage technology innovation, the company has always prioritized organic R&D and has established a comprehensive and effective system to manage, commercialize, and defend its global IP rights which cover all key aspects of the industry value chain.”
Trina Solar had filed a complaint for patent infringement in the US District Court for the District of Delaware against three unspecified units of Canadian Solar in October 2024.
In February 2025, Trina Solar also initiated legal action in China against Canadian Solar and its subsidiary, Changshu Canadian Solar Energy Technology Co., Ltd., for allegedly infringing two of its TOPCon solar cell technology patents. This lawsuit, filed with the Jiangsu High People’s Court, sought $147 million in damages.
According to Trina Solar’s announcement on Feb. 10, the dispute in China centers on two patents: Patent No. ZL201710975923.2, titled “Solar Cell Module,” and Patent No. ZL201510892086.8, titled “Solar Cell and Its Manufacturing Method.”
Canadian Solar has recently faced similar patent claims in the United States. In March 2024, Singapore-based Maxeon filed a patent infringement lawsuit against the company in the US District Court for the Eastern District of Texas. Maxeon previously sued Canadian Solar in Japan for patent infringement in 2020. In the lawsuit, Maxeon alleged that Canadian Solar Japan infringed upon its Japan Patent No. JP6642841B2, which is related to its shingled solar modules. The two companies reached a settlement in April 2022.
In addition, PV manufacturer Solaria filed three different patent infringement claims against Canadian Solar in the past, all related to the process of separating photovoltaic strips from solar cells for use in shingled modules.
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Takeaways from AP-Grist reporting on federal support for rural renewable energy  The Killeen Daily Herald
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Focused on Facts, Not Opinions
U.S. solar manufacturer Suniva announced plans on Tuesday to construct a 4.5-GW monocrystalline silicon solar cell manufacturing facility in Laurens, South Carolina. As reported by Detik Finance, the $350 million investment will increase the company’s total domestic manufacturing capacity to more than 5.5 GW.
Construction of the plant is scheduled to facilitate an operational launch in the second quarter of 2027. This expansion is expected to establish Suniva as the largest merchant solar cell manufacturer operating within the United States.
Growth in the domestic production of solar components like cells, wafers, and ingots is largely attributed to federal incentives. The Inflation Reduction Act, specifically the 45X advanced manufacturing production credit, has encouraged companies to onshore their supply chains.
Deloitte’s U.S. renewable energy leader, Keith Adams, noted that the expansion addresses critical supply chain gaps. He highlighted that the move comes as data centers increasingly require more power to support artificial intelligence operations.
“With the race to build power to meet AI data center demand, an expansion in U.S. solar cell capacity could matter because it targets an important remaining bottleneck in the domestic stack, at a moment when regulations, stricter tax-credit qualification requirements, and trade enforcement are all increasing the value of supply chain resilience and reshoring,” said Keith Adams, Deloitte’s U.S. renewable energy leader.
According to the Solar Energy Industries Association (SEIA), the U.S. achieved a fully onshored solar supply chain in October following the opening of Corning’s facility in Michigan. However, Deloitte reported that while module production has surged sevenfold to 56.5 GW since 2022, many upstream components remain heavily dependent on imports.
“2025 was a monumental year for the U.S. solar manufacturing industry,” said SEIA in a March report.
The association further detailed that while new cell and wafer capacities are coming online for the first time in years, the current output still lags behind the growing national demand for solar energy components.
“New cell capacity continued to expand, and wafer capacity came online for the first time since 2016 … However, the actual production of these facilities remains considerably below domestic demand,” said SEIA.
The Coalition for a Prosperous America, a group advocating for domestic manufacturing protection, views the South Carolina project as a vital step for energy security. The group emphasizes that a domestic supply chain is necessary to meet the rising electricity needs of advanced computing sectors.
“expansion highlights the critical importance of rebuilding the domestic crystalline silicon photovoltaic supply chain,” said the Coalition for a Prosperous America.
The organization maintains that the rapid scaling of energy generation must be secured through fully domestic means to support national infrastructure.
“As electricity demand surges, driven in part by data centers and advanced computing, the United States must rapidly scale energy generation capacity,” said the coalition.
The group concluded its assessment by emphasizing the strategic role of solar power in the current economic landscape.
“Solar is uniquely positioned to meet this demand, but doing so securely requires a fully domestic supply chain,” said the coalition.
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Egm in the X-ray: Energy Time’s renewables boom (+85%)  Il Sole 24 ORE
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April, 2026
A Chinese investment group, Aladdin Holdings Group, and the Ethiopian embassy in Beijing have signed a strategic memorandum of understanding to explore a proposed China-East Africa Modern Agriculture and Cultural Tourism Industry Innovation Center, according to both sides.
The memorandum, signed on Wednesday, sets out a framework for cooperation that brings together renewable energy, modern agriculture, equipment manufacturing and cultural tourism, with Ethiopia positioned as the initial base for development.
Aladdin Holdings Group is a Beijing-based diversified investment company with interests spanning renewable energy, industrial investment, information technology and cultural and tourism-related projects. The group has positioned parts of its portfolio around energy transition themes, including photovoltaic systems, energy storage and integrated industrial energy solutions, alongside agribusiness and service platform investments.
Under the proposed model, the company said it aims to build an integrated system combining solar power, industrial energy storage, cold-chain logistics and agricultural robotics. The approach is intended to support agricultural modernisation while linking energy supply with production and distribution systems.
Chairman Yang Renqiang said Ethiopia offers both resource potential and market demand, particularly in renewable energy and agricultural upgrading. He said the long-term objective is to develop scalable industrial-agricultural clusters that could later be extended across East Africa and other markets.
Ethiopia’s ambassador to China, Tefera Derbew Yimam, said the initiative aligns with the country’s economic reform agenda and its efforts to modernise agriculture, which remains the main source of employment for about 70 percent of the population. He said the embassy would support coordination as the proposal advances.
Ethiopia’s participation in the Forum on China-Africa Cooperation and the Belt and Road Initiative has provided a wider framework for economic engagement between the two countries, which have cooperated in infrastructure, renewable energy, agriculture and manufacturing sectors.
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Ethiopia and Pakistan have agreed to establish a Joint Trade Committee aimed at strengthening cooperation in trade, investment and connectivity, in a
A Chinese investment group, Aladdin Holdings Group, and the Ethiopian embassy in Beijing have signed a strategic memorandum of understanding to explor
Ethiopia’s cloud computing market is forecast to expand from 918.8 million US dollars in 2025 to 5,729.5 million US dollars by 2034, pointing to a r
Italian investment in Ethiopia stands at approximately 723 million euros, reflecting a steady accumulation of capital and commercial engagement across
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Harnessing the Sun: How Solar and Battery Solutions are Transforming Energy in Australia
Wingfield, Aruba – March 15, 2026 / Ozora Electrical and Renewable Energy /
Australia is experiencing a remarkable transformation in its energy landscape, driven by the rapid adoption of solar and battery installation. With projections indicating that home batteries will reach a staggering 4.7 GWh by 2025/26 and rooftop solar systems expected to supply over 50% of the grid’s demand, the country is on the brink of a solar revolution. Federal rebates are further incentivizing this shift, making solar energy more accessible to homeowners and businesses alike.
Ozora Energy stands at the forefront of this movement, leveraging over a decade of expertise in solar photovoltaic (PV) systems, battery storage solutions, and electric vehicle (EV) charging infrastructure. Licensed to operate in South Australia, Victoria, and New South Wales, Ozora Energy is committed to providing high-quality services that empower customers to take control of their energy consumption. With a lifetime warranty on their installations and an impressive 5.0 out of 5 customer review rating, Ozora Energy has established itself as a trusted partner in the solar and battery installation sector.
The benefits of solar and battery systems are substantial. Homeowners and businesses can achieve energy independence, significantly reduce their energy bills, and protect themselves against power outages. The return on investment (ROI) for these systems typically ranges from five to seven years, making them a financially sound choice for many Australians. As the summer months approach, with their accompanying heatwaves and increased energy demands, the timing for solar and battery solutions could not be better.
Ozora Energy’s commitment to customer satisfaction is evident in the stories shared by their clients. A Sydney homeowner recently reported slashing their energy bills by more than half after installing a solar PV system combined with battery storage. This transformation not only provided financial relief but also enhanced their energy independence, allowing them to rely less on the grid. In Adelaide, a customer praised Ozora Energy for their “five-star service,” highlighting the professionalism and expertise of the team throughout the installation process. Meanwhile, a business owner in Mildura experienced a quick ROI, demonstrating how commercial installations can also yield significant savings and operational benefits.
The statistics surrounding Australia’s solar energy capabilities are impressive. By 2026, it is anticipated that the country will have 15 GWh of battery storage capacity, with solar energy peaks reaching 4,407 MW. These figures underscore the growing importance of renewable energy sources in Australia’s overall energy strategy. As more Australians embrace solar and battery technology, the potential for a more sustainable and resilient energy future becomes increasingly attainable.
Ozora Energy’s expertise extends beyond just solar PV and battery storage. The company is also well-versed in EV charging solutions, catering to the growing number of Australians making the switch to electric vehicles. By integrating EV charging infrastructure with solar and battery systems, customers can maximize their energy savings and further reduce their reliance on traditional power sources.
The local presence of Ozora Energy in Adelaide, Sydney, and Mildura ensures that customers receive personalized service tailored to their specific needs. The company’s team of residential and commercial electricians is dedicated to delivering high-quality installations and ongoing support, making the transition to solar energy as seamless as possible.
As Australia continues to grapple with rising energy costs and the threat of blackouts, the importance of investing in solar and battery solutions cannot be overstated. The combination of federal incentives, technological advancements, and a growing awareness of the benefits of renewable energy is driving a significant shift in how Australians approach their energy consumption. By choosing Ozora Energy for solar and battery installation, customers are not only making a smart financial decision but also contributing to a more sustainable future for the entire country.
In conclusion, the solar and battery revolution in Australia is well underway, with Ozora Energy leading the charge. With their extensive experience, commitment to quality, and focus on customer satisfaction, they are helping Australians harness the power of the sun to achieve energy independence and protect against rising energy costs. As the summer sun shines down, now is the perfect time for homeowners and businesses to explore the benefits of solar and battery solutions.
Learn more on https://www.ozora.com.au
Contact Information:
Ozora Electrical and Renewable Energy

13 Fifth Street
Wingfield, SA 5013
Aruba
James Watt
1300 069 672
https://ozora.com.au

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