Farmers File Solar Panel Lawsuit, Horticulture Careers Highlighted – AG INFORMATION NETWORK OF THE WEST


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“We need to make sure that there are more people pursuing these careers because we forget we need plants to breathe. We eat plants. We need plants for shelter and clothing, and they do so much for us. And without having people pursue those careers, we’re going to be in trouble. And so we want to just show again the breadth of the industry. Whatever you’re into, you’re likely to find a career in this industry on the Seed Your Future website. We have a database of over 120 different career profiles.”

Seed Your Future is preparing for a Green Career Week, October 5th through the 9th.

“Really, we want to be able to connect these businesses, these horticulture employers, to students in their backyards.” Jaszmin Albarran with Seed Your Future.
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After steep wiring bids, one DIY solar setup keeps a detached workshop running for $2,200 – The Cool Down

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“The worst choice I made was a cheap hybrid inverter.”
Photo Credit: iStock
After turning down electricians’ ‘absurd’ bids of more than $4,000 to bring power to a detached workshop, one homeowner says they opted for a lower-cost DIY solar system instead. 
In the Reddit thread, the original poster said steep estimates for an 80-foot trench and subpanel led them to assemble a system with a Vevor 6kW hybrid inverter, seven 400-watt panels mounted on the roof, and a 48-volt lithium iron phosphate server-rack battery.
OP added that a 5.12-kilowatt-hour battery has kept security lights running overnight without dropping too far, and that the largest load they’ve recorded is about 2,000 watts when the miter saw starts.
They also estimated the total cost at roughly $2,200, writing, “All in I’m sitting around $2,200 for the whole setup,” calling that “a hell of a lot better than $4,000 for a trench I’d still have to landscape over.”
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One commenter offered a word of caution, saying, “Nice, I built something similar. The worst choice I made was a cheap hybrid inverter. It runs about 80watts just to keep it switched on. I could have done way better if I had known to look.” 
Another user complimented OP, writing, “You put together a robust and thrifty system. Sometimes practicality gets lost in the planning stage but this is a good compromise.”
Detached garages, sheds, and workshops can be expensive to electrify the traditional way because trenching, wiring, and panel work add labor and repair costs before a single light is even turned on. For spaces used only intermittently, a modest solar-and-battery system can sometimes handle the basics without requiring a full utility extension.
Free tools, like those provided by EnergySage, can help shoppers get free solar installation estimates and compare quotes before committing. Comparing quotes and incentives in one place can make it easier to avoid overpaying and choose a setup that matches real energy needs.
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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.
It also helps to research local costs before signing anything. EnergySage’s solar map shows the average cost of a home solar panel system by state, along with details on solar panel incentives for each state.
And for households considering a larger home system, EnergySage can be especially useful. With EnergySage’s help, the average person can save up to $10,000 on solar purchases and installations. 
These articles follow homeowners who found cheaper ways for solar to power their cars and homes.
• One homeowner used 900 watts of portable panels to sidestep a costly EV-charging upgrade.
💡Go deep on the latest news and trends shaping the residential solar landscape
• An off-grid homeowner said solar kept working through winter without needing a generator.
• Solar shoppers on Facebook Marketplace found used panels at deep discounts that slashed upfront costs.
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California Legalizes Balcony Solar: Newsom Signs SB 868 Plug and Play Solar Act – indexbox.io

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California Governor Gavin Newsom signed several solar-related bills into law, including legislation that authorizes balcony solar systems in the state, according to Solar Power World. The measure, SB 868, also called the Plug and Play Solar Act, removes regulatory hurdles that had prevented use of these systems in apartments, condominiums and single-family homes.
California becomes the tenth state to legalize balcony solar, which lets homeowners and renters purchase qualified plug-in solar panels from retailers without obtaining an interconnection agreement from their utility. The cost and time required to secure such an agreement had been a barrier to wider deployment.
The California Assembly added a provision, using language sought by utilities, that ends the interconnection exemption on January 1, 2030. The law provides the market four years to develop while giving the Legislature a chance to remove the sunset provision.
SB 868 also requires plug-and-play systems to meet strict safety standards. All systems must be certified by the independent safety science company UL or an equivalent national testing lab. To protect utility workers, systems must automatically shut off within seconds if the grid goes down. System size is capped at 1,200 W.
Bernadette Del Chiaro, the Environmental Working Group’s senior vice president for California, said the law would deliver cleaner power, greater energy independence and real savings for consumers. Senator Scott Wiener, a San Francisco Democrat and the bill’s author, said the small, easy-to-use panels would give everyone, including renters, relief on high energy bills, adding that electricity costs in California have reached excessive levels and that the law provides a needed tool for relief.
Stephan Scherer, chief executive and co-founder of the balcony solar company CraftStrom, said plug-in solar is clean energy that can be plugged directly into a wall, making it quick and easy for anyone to lower energy bills. He said California already accounts for a large share of CraftStrom’s business and that the law represents a significant victory for energy independence as the company prepares to roll out its next generation of products nationwide this month.
Bill details were provided by the Environmental Working Group.
Interactive table based on the Store Companies dataset for this report.
This report provides an in-depth analysis of the Solar Panels market in the World, including market size, structure, key trends, and forecast. The study highlights demand drivers, supply constraints, and competitive dynamics across the value chain.
The analysis is designed for manufacturers, distributors, investors, and advisors who require a consistent, data-driven view of market dynamics and a transparent analytical definition of the product scope.
This report covers photovoltaic (PV) solar panels, which are devices that convert sunlight directly into electricity. It encompasses the global market for finished modules, including all major product technologies and form factors designed for a wide range of end-use applications.
The market data is classified and analyzed according to international trade codes, primarily under the Harmonized System (HS) headings for photovoltaic cells and electric generating sets. This ensures consistent tracking of trade flows for assembled solar modules and relevant apparatus across global markets.
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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.
Report Scope and Analytical Framing
Concise View of Market Direction
Market Size, Growth and Scenario Framing
Commercial and Technical Scope
How the Market Splits Into Decision-Relevant Buckets
Where Demand Comes From and How It Behaves
Supply Footprint, Trade and Value Capture
Trade Flows and External Dependence
Price Formation and Revenue Logic
Who Wins and Why
Where Growth and Supply Concentrate
Commercial Entry and Scaling Priorities
Where the Best Expansion Logic Sits
Leading Players and Strategic Archetypes
Detailed View of the Most Important National Markets
How the Report Was Built
World's largest solar wafer manufacturer
Consistently top module shipper globally
Major producer of cells and modules
Pioneer in module technology and Vertex series
Vertically integrated, strong in project pipeline
Largest US-based manufacturer, unique technology
Major investment in US manufacturing
Significant producer with heterojunction focus
World's largest solar cell producer
Maxeon manufactures SunPower's legacy technology
Pioneer in heterojunction technology
Part of GCL Group, large-scale manufacturer
Vertically integrated under Chint Group
Significant global shipments
Major Indian manufacturer with global presence
Part of Adani Group, large integrated capacity
Exited solar business in 2022 but legacy remains
Historic leader, now smaller scale
Largest US residential solar company
Former industry leader, still significant
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Homeowner gets a low-cost heat pump water heater, and pros say it can handle summer hot water – The Cool Down

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“As a tech I see this a lot.”
Photo Credit: iStock
A homeowner looking to stop using oil for summer hot water asked Reddit whether a heat pump water heater could replace that role in an Energy Kinetics EK1 boiler setup.
In a Reddit post, the homeowner said, “I live in a state where there’s energy efficiency programs, and was able to obtain a new electric heat pump water heater for a very inexpensive cost.”
Their plan was to stop using the oil-fired EK1 for domestic hot water and let the new heat pump water heater handle that function.
They also said the project would involve adding a 30-amp breaker and having an electrician check whether the home’s 100-amp panel could support the added demand.
People in the thread said this type of change is fairly routine. They also pointed out that the EK1 is a boiler, not a furnace, and that it usually fires only when there is a call for heat or hot water. 
One user said, “As a tech I see this a lot,” adding that an EK “runs only for hot water/heat demand.”
Another user said, “The only thing that has to be done with the old unit is to disconnect booster tank and domestic circulator power off the energy manager board, and installing a ‘bypass loop’ where the heat exchanger is located.”
When an oil boiler is mainly being used in warm weather to make household hot water, moving that job to a heat pump water heater can reduce fuel use and lower bills.
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Solar panels can save you more than $50k over their 25-year lifespan, and EnergySage can help you save as much as $10k on installation. Which begs the question — isn’t that worth an email or two?
One user explained, “It won’t run all summer when you disconnect the water heater side of it. In fact it only comes on in the summer to make hot water. This style boiler isn’t one that comes on just to stay warm.”
Homeowners considering a similar change may want to start by looking into rebates, confirming the electrical panel can handle the added load, and hiring both an electrician and a plumber or HVAC pro who knows how to separate boiler heating from domestic hot-water production without disrupting space heat.
Products are also becoming more advanced. Cala offers customizable smart heat pump water heaters that help homeowners decrease their energy bills by heating water exactly when it’s needed. That can make electrification more practical for households trying to manage energy use carefully, especially in homes with older electrical service.
Smarter controls may also help families shift hot-water production to the most efficient times, adding to the savings potential beyond the heat pump technology itself. For homeowners weighing their options, comparing local incentives, contractor plans, and newer products from Cala could help turn a simple replacement into a more cost-effective upgrade.
For a closer look at what goes into a switch like this, these stories cover the costs, rebates, and financing behind heat pump upgrades. They also explore adoption in oil-heavy states and tools that can help homeowners compare options.
• Homeowners weighing heat pump water heater costs often find the long-term savings justify the upfront price.
• Across Maine, heat pumps changed the game for households long dependent on oil heating.
• EnergySage gives homeowners their own expert energy adviser while they compare heat pump options.
• Under a new partnership, homeowners can install high-efficiency heat pumps without large upfront payments.
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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Installed capacity of photovoltaic systems in Germany from 2005 to 2025 – statista.com

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March 2026
Germany
2005 to 2025
As of February 2026
The figures are partly preliminary.
The cumulative electric capacity of all grid-connected photovoltaic systems in Germany amounted in 2025 to around ***** gigawatt-peak. Bavaria is by far the federal state with the most installed capacity, followed by Baden-Württemberg and North Rhine-Westphalia. The city-states Bremen, Hamburg, and Berlin have the lowest nameplate capacity for photovoltaic systems.

The conversion of light energy into electrical energy using solar cells describes electricity generation by photovoltaic systems. In Germany, the installed capacity of photovoltaic systems is steadily increasing. This development is also visible globally: about one quarter of the total installed capacity worldwide is located in China. It is followed by the United States, Japan, and India, which have significantly less installed photovoltaic capacity in comparison.

Alongside photovoltaics, hydropower is also among the renewable energy sources. In Germany, wind energy is particularly important. Compared with other European countries, electricity generation from wind energy is highest here, in a European comparison. They are followed at a distance by Spain and France.
Monthly installed capacity in solar PV plants Germany 2026
Installed capacity of EEG-remunerated installations in Germany 2024
Renewable energy power plants' installed capacity Philippines 2012-2024
Installed capacity of renewable energy power plants Philippines 2024, by source
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FCEPL deploys 450kW solar system to optimize energy utilization – mettisglobal.news

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MG News | October 01, 2026 at 09:57 AM GMT+05:00
October 01, 2026 (MLN): In a significant step towards achieving a sustainable industrial ecosystem, FrieslandCampina Engro Pakistan Limited has announced the deployment of a 450 kW Solar Photovoltaic (PV) system integrated with a 255 kWh Battery Energy Storage System (BESS) at its Nara Dairy Farm facility.
Awarded to DSG Energy, the project represents a strategic investment in clean energy infrastructure that will strengthen the plant’s energy resilience, improve operational efficiency, and accelerate the company’s transition toward a lower-carbon future.
‘This installation represents the futuristic, energy-conscious mindset that guides us at FCEPL’ said Kashan Hasan, CEO and Managing Director of the company. He added, ‘we are eager to expand our solar footprint further, which now includes our production facilities as well as our dairy farm.
Our efforts to bring clean energy into our operations truly reflects our purpose of Nourishing Pakistan through-out the Grass to Glass journey, ensuring that we continue to care for our environment and communities whilst providing safe, healthy and nutritious products to the millions of families who consume our products everyday.’
By combining on-site solar generation with advanced battery energy storage, the project is designed to optimize renewable energy consumption, reduce reliance on conventional fuel-based power generation, lower energy costs, and ensure a more reliable and resilient power supply for critical farm operations.
“At DSG Energy, we believe the transition toward clean energy is not only about generating renewable power, but about building intelligent energy systems that deliver reliability, efficiency, and long-term value. The Nara Dairy Farm project is a meaningful step in that direction, and we are proud to support FCEPL in advancing its sustainability journey,” said Daniyal Siddiqui, CEO, DSG Energy.
The partnership reflects a growing shift in Pakistan’s industrial and agricultural landscape, where businesses are increasingly looking beyond conventional solar installations toward integrated energy systems combining renewable generation, storage and intelligent energy management.
This initiative also reinforces FrieslandCampina Engro Pakistan’s commitment to environmental stewardship, operational excellence, and the adoption of innovative technologies that support long-term sustainable growth.
The Nara Dairy Farm Solar PV and BESS project reflects FrieslandCampina Engro Pakistan’s broader vision of integrating renewable energy solutions across its operations while contributing to Pakistan’s clean energy transition and advancing its corporate sustainability objectives.

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USDA REAP Update: Stricter Solar Grant Rules Take Effect October 16, 2026 – News and Statistics – indexbox.io

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The Rural Energy for America Program is being revised with stricter and longer requirements for renewable energy projects seeking grants, according to Solar Power World. The program has historically supported rural farmers and small business owners pursuing renewable energy projects, with grants covering a quarter of a qualifying project’s cost before the Inflation Reduction Act raised that share to half.
The USDA published an update to the program in the Federal Register on the morning of October 1, 2026, with the changes set to take effect on October 16. The revision bars ground-mounted solar projects built on farmland from grant eligibility, while rooftop solar is described as eligible.
Under the new structure, renewable energy and energy efficiency projects no longer apply for grants in advance. A solar project must already be constructed, and applicants must submit at least a year of pre-installation data along with a year of production data.
The document describes the shift as moving the program to a post-completion, performance-validated model, with awards based on documented output, energy savings, costs and system performance. Multi-site projects are excluded, as are systems using components from prohibited foreign entities.
Grants for renewable energy projects can range from $1,500 to $500,000, though a single grant may cover only a quarter of a project’s total cost. The funding can apply to both retrofits and new projects.
The change continues the current administration’s policy actions centered on American farmers, which have signaled an intent to discourage building renewable energy sources on farmland. Last year, the USDA cut funding for solar and wind project construction on rural land, including through its Business and Industry Guaranteed Loan program, and set a 50-kW limit on ground-mounted solar projects under the program.
The grants have supported new solar output in rural regions of the United States, with some solar contractors relying on them to build new solar and to shorten payback periods for farmers and businesses operating on narrow margins.
The forthcoming update is accompanied by a public comment period, though it acknowledges that the changes can be made without public input.
Interactive table based on the Store Companies dataset for this report.
Report Scope and Analytical Framing
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How the Domestic Market Works
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Where the Best Expansion Logic Sits
Leading Players and Strategic Archetypes
How the Report Was Built
Major US solar manufacturer
Residential & commercial solar
Former Cree LED business
Spin-off from SunPower
Specialty & high-power LEDs
LED technology & solutions
Advanced photonics
Residential solar panels
CIGS solar technology
US & Canadian manufacturing
North American manufacturing
US-made solar panels
US operations of Korean parent
3D architecture LEDs
High-quality lighting
High-brightness microdisplays
Disinfection & purification
US crystalline silicon solar
Next-generation tandem cells
Tandem cell technology
Manufacturing equipment
Turnkey production lines
Distributor & assembler
Residential & commercial
Former Philips business
Specialty & horticultural
Military & commercial
Aluminum nitride substrates
Materials for UV LEDs
US division of Kyocera
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ContourGlobal Completes Phase II of 324-MW Black Hollow Sun Solar Project in Colorado – indexbox.io

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The Black Hollow Sun solar installation close to Severance, Colorado, has finished its second phase, ContourGlobal announced. The company built the entire 324-MW facility on behalf of the Platte River Power Authority.
Jason Frisbie, who serves as general manager and chief executive of Platte River, called the effort the product of sustained dedication, resilience and collaboration. He pointed out that work stretched from the 2019 project selection through worldwide supply chain turmoil, cost pressures and building difficulties, with teams keeping their attention on a resource that furthers shared energy objectives while upholding dependability and affordability for the communities that own the utility.
After being purchased in December 2024, the Black Hollow Sun complex moved ahead swiftly. Its first phase, a 185-MW system, started commercial operation in September 2025, and its second phase broke ground in April 2025.
Javier Alvarez Canedo, ContourGlobal‘s General Manager USA, described Black Hollow Sun as a milestone for the firm within the United States and its biggest operating solar complex across the entire company. He said it demonstrates how domestic manufacturing, partnerships on the ground and sustained engagement with the community can merge to supply dependable, reasonably priced clean power on a large scale.
Qcells solar panels are used at the single-axis tracking site.
At the busiest point of construction, the project backed over 700 direct positions, and more than 70% of those workers came from within the United States, among them numerous people from the Denver and Fort Collins regions.
ContourGlobal supplied this news item.
This report provides an in-depth analysis of the Solar Panels market in the United States, covering market size, growth trajectory, demand structure, supply capability, trade flows, pricing, competitive landscape, and forecast to 2035.
The study is designed for manufacturers, distributors, importers, exporters, investors, procurement teams, advisors, and strategy teams that need a consistent, data-driven view of market dynamics and a transparent analytical definition of the product scope.
This report covers photovoltaic (PV) solar panels, which are devices that convert sunlight directly into electricity. It encompasses the global market for finished modules, including all major product technologies and form factors designed for a wide range of end-use applications.
The report combines the standard market-statistics backbone with strategic chapters that are useful for commercial planning, sourcing decisions, market entry, competitor monitoring, and portfolio prioritization.
The market is segmented into decision-relevant buckets so that demand drivers, pricing logic, supply constraints, and competitive positions can be compared across the same analytical frame.
The market data is classified and analyzed according to international trade codes, primarily under the Harmonized System (HS) headings for photovoltaic cells and electric generating sets. This ensures consistent tracking of trade flows for assembled solar modules and relevant apparatus across global markets.
Coverage focuses on United States and includes demand, supply capability where present, trade flows, pricing, competition, and outlook.
The report combines official statistics, trade records, company disclosures, product-level evidence, and analyst validation. Data are standardized, reconciled, and cross-checked to keep market sizing, trade flows, pricing, and forecasts comparable across countries and time periods.
All indicators are mapped to a consistent product definition and reviewed against the segmentation framework used in the Table of Contents.
Report Scope and Analytical Framing
Concise View of Market Direction
Market Size, Growth and Scenario Framing
Commercial and Technical Scope
How the Market Splits Into Decision-Relevant Buckets
Where Demand Comes From and How It Behaves
Supply Footprint and Value Capture
Trade Flows and External Dependence
Price Formation and Revenue Logic
Who Wins and Why
How the Domestic Market Works
Commercial Entry and Scaling Priorities
Where the Best Expansion Logic Sits
Leading Players and Strategic Archetypes
How the Report Was Built
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From Fruit Waste to Solar Cells: Mangosteen Peel Emerges as a Multitasking Bioresource – Bioengineer.org

The mangosteen, Garcinia mangostana, has long been celebrated across Southeast Asia as the “queen of fruits,” prized for its sweet, juicy flesh. But according to a comprehensive new review published in Discover Chemistry by researchers at the National Institute of Fundamental Studies in Kandy, Sri Lanka, the real treasure may lie in the part that is usually thrown away. The thick, purple pericarp, which makes up more than 60 percent of the fruit’s weight, is loaded with bioactive xanthones, phenolic acids, anthocyanins, flavonoids and tannins, and is now being repurposed for applications that stretch far beyond traditional medicine, from wound dressings and anti-acne serums to solar cells, corrosion inhibitors and wastewater cleanup.
The phytochemistry alone is striking. The epicarp contains roughly 160 aromatic compounds, while the endocarp harbors about 105 distinct chemical constituents, including at least 70 identified xanthones. The pericarp’s antioxidant activity has been reported to be up to 20 times greater than that of the edible pulp. Among the star molecules are alpha-mangostin, gamma-mangostin, garcinone E and gartanin, prenylated xanthones whose biological effects are tightly linked to their structure. Studies of gamma- and alpha-mangostin analogues show that the C-6 and C-3 hydroxyl groups, together with the C-2 prenyl side chain of 1,3,6,7-tetraoxygenated xanthones, are critical for potent antibacterial activity, with gamma-mangostin inhibiting MRSA at a concentration of just 3.13 micrograms per milliliter.
On the therapeutic front, the review documents an unusually broad portfolio of activities. Mangosteen pericarp patches achieved wound-healing rates of up to 83 percent over 21 days in burn injuries, while a bacterial cellulose dressing loaded with 10 percent pericarp extract reduced wound area to just 3 percent by day 15 in a Wistar rat model. In dentistry, mouthwash containing pericarp extract significantly reduced gingival inflammation in a randomized controlled trial, and toothpaste formulations showed antifungal activity against Candida albicans. Liposomes loaded with pericarp extract displayed potent antibacterial effects against Staphylococcus species in a murine model of superficial skin infection, reducing bacterial load and lesion size without cytotoxicity to keratinocyte cells.
The molecular mechanisms are increasingly well mapped. Alpha-mangostin exhibits the lowest binding energy with COX-2 and NF-kappaB proteins in computational models, and in vitro it suppresses production of prostaglandin E2, nitric oxide and iNOS, while reducing the inflammatory cytokines TNF-alpha and IL-6 at concentrations of 8 and 14 micrograms per milliliter. In vivo, it markedly reduced leukocyte and neutrophil migration. The same compound shows anti-diabetic potential by modulating PPAR-gamma, DPP-4 and aldose reductase, with binding affinities comparable to clinically available drugs, and anticancer effects mediated through mitochondrial apoptosis, upregulation of the pro-apoptotic protein BAX and activation of caspases-3 and -9. Cholinesterase inhibition adds a neurodegenerative dimension: garcinone C emerged as the most potent acetylcholinesterase inhibitor with an IC50 of 1.24 micromolar, while gamma-mangostin most effectively inhibited butyrylcholinesterase.
The cosmetics industry has taken notice. A natural shampoo formulated with standardized pericarp extract showed effective cleansing, antimicrobial activity against the dandruff-associated fungus Malassezia furfur and antioxidant potential. An anti-acne facial serum built on mangosteen extract delivered strong antioxidant activity with an IC50 of 0.19 ppm and inhibited acne-causing bacteria including Staphylococcus aureus and Propionibacterium acnes. Alpha-mangostin is increasingly valued for anti-ageing and skin-hydration properties, and herbal face creams containing the extract exhibited both antioxidant and tyrosinase-inhibition activity. Even lip products are in on the act: hedonic testing suggests pericarp extract is a safe, consumer-accepted natural colorant.
Perhaps the most surprising application is in renewable energy. Anthocyanins such as cyanidin-3-sophoroside and cyanidin-3-glucoside, along with alpha-mangostin, can act as photosensitizers in dye-sensitized solar cells. A binary dye system combining anthocyanins and alpha-mangostin reached 1.32 percent efficiency, while alpha-mangostin sensitization achieved up to 1.78 percent in acidified acetone. Adding chenodeoxycholic acid as a co-adsorbent lifted efficiency from 0.36 to 0.56 percent, and co-pigmentation with benzoic acid raised anthocyanin-based cell efficiency from 0.2273 to 0.3709 percent. Most impressively, a cell using carbonized mangosteen peel as a natural counter electrode with an organic disulfide/thiolate electrolyte achieved 2.63 percent conversion efficiency, rivaling platinum-based designs.
Mangosteen is also becoming a feedstock for nanomaterials. Carbon dots, quasi-spherical fluorescent particles under 10 nanometers, have been synthesized from mangosteen pulp and pericarp using simple, reagent-free calcination or green hydrothermal methods. These dots detect ferric ions down to 52 nanomolar, label human colon cancer cells for bioimaging, catalyze the reduction of methylene blue, and enhance both the photostability and tensile strength of PVC films for UV-exposed packaging. Activated carbon derived from the pericarp delivered a specific capacitance of 274.5 farads per gram with 94.5 percent retention after 10,000 charge-discharge cycles, pointing toward sustainable supercapacitors. Meanwhile, pericarp extracts serve as natural reducing and capping agents for green synthesis of gold, silver and zinc oxide nanoparticles with antimicrobial and anticancer properties.
Environmental and agricultural uses round out the picture. Pericarp fibers removed 88.23 percent of crystal violet dye from alkaline wastewater, a chitosan composite with oxalic-acid-activated pericarp adsorbed 398.7 milligrams of the dye per gram, and MgO-TiO2-modified peel beads removed cadmium ions and methylene blue with over 87 percent efficiency across three reuse cycles. Green-synthesized copper nanoparticles removed roughly 92 percent of the antibiotic ciprofloxacin from water within a pH range of 6 to 7. In agriculture, zinc oxide nanoparticles made from pericarp extract inhibited the rice blight pathogen Xanthomonas oryzae while boosting chlorophyll content in rice plants, and a pericarp nano-emulsion improved growth, immunity and disease resistance in Nile tilapia farming.
The food industry, finally, is exploiting the whole fruit: pericarp powder enriches bread and cakes, pulp extract fills pastries, freeze-dried powder goes into cookie dough, and rind juice colors jams while raising anthocyanin and antioxidant levels. Yet the review’s authors are candid about the hurdles. Clinical studies remain scarce, most applications are confined to the laboratory, extraction and nanoparticle synthesis protocols lack standardization, and the bioavailability of key xanthones is limited, though nanomicelles have boosted alpha-mangostin solubility more than 10,000-fold. Reliable peel supply, preservation technologies and scalable green extraction methods will be essential. If those challenges are met, the thick purple husk of the queen of fruits could evolve from agricultural waste into one of the most versatile sustainable bioresources in modern chemistry.
Subject of Research: Multidisciplinary applications of bioactive compounds and nanomaterials derived from Garcinia mangostana pericarp
Article Title: Comprehensive review on applications of Garcinia mangostana
Article References: Bandara, Y. G. A. D. K., Piyasena, K. G. N. P., & Jayasinghe, L. (2026). Comprehensive review on applications of Garcinia mangostana. Discover Chemistry, 3(1), Article 545. https://doi.org/10.1007/s44371-026-00981-2
Image Credits: AI Generated
DOI: 10.1007/s44371-026-00981-2
Keywords: Garcinia mangostana, mangosteen pericarp, xanthones, alpha-mangostin, dye-sensitized solar cells, carbon dots, green synthesis, nanoparticles, corrosion inhibition, wastewater treatment, cosmetics, wound healing
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Bethany Barker. (October 2, 2026). From Fruit Waste to Solar Cells: Mangosteen Peel Emerges as a Multitasking Bioresource. Scienmag. https://scienmag.com/from-fruit-waste-to-solar-cells-mangosteen-peel-emerges-as-a-multitasking-bioresource/
Bethany Barker. “From Fruit Waste to Solar Cells: Mangosteen Peel Emerges as a Multitasking Bioresource.” Scienmag, 2 October 2026, https://scienmag.com/from-fruit-waste-to-solar-cells-mangosteen-peel-emerges-as-a-multitasking-bioresource/. Accessed 2 October 2026.
Bethany Barker. “From Fruit Waste to Solar Cells: Mangosteen Peel Emerges as a Multitasking Bioresource.” Scienmag. October 2, 2026. https://scienmag.com/from-fruit-waste-to-solar-cells-mangosteen-peel-emerges-as-a-multitasking-bioresource/
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Tags: alpha-mangostinantioxidant properties of mangosteen pericarpbioactive molecules in Garcinia mangostanabioinspired solar cell materials from fruit wastecarbon dotscorrosion inhibitioncosmeticsdye-sensitized solar cellsGarcinia mangostanagreen synthesislong-term potentialmangosteen peel as corrosion inhibitorsMangosteen peel bioactive compoundsmangosteen peel in renewable energymangosteen pericarpmangosteen-based wound dressings and skincarenanoparticlessustainable waste valorizationvalorization of fruit waste for environmental applicationswastewater treatmentwastewater treatment using mangosteen wastewound healingxanthonesxanthones and phenolic acids in fruit peels
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Actis Launches Leo Energies: 3GW+ Clean Energy Platform in India – indexbox.io

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Actis, an investor in renewable energy, has introduced a fresh clean energy venture in India called Leo Energies, targeting operation of over 3GW of solar PV, onshore wind and battery energy storage systems. This marks Actis’s fourth renewables platform in the nation, and it has secured agreements to purchase roughly 650MW of solar PV capacity that will be operational once the deal closes.
The solar portfolio is distributed among five states, according to Actis: Andhra Pradesh, Karnataka, Gujarat, Rajasthan and Tamil Nadu. These assets hold long-term power purchase agreements with state discoms and commercial and industrial offtakers.
For this platform, the company has also arranged to acquire an additional 50MWh of BESS. Actis characterized India’s renewable energy market as offering a deep and liquid deal environment. During the first half of the year, the Indian solar sector achieved record capacity additions, bringing 27GW of new PV capacity online, which represents a 49% increase compared with the same period last year.
Leo Energies’s launch comes after Actis’s efforts with the Ostro Energy and Sprng Energy platforms, sold in 2018 and 2022 respectively, as well as the BluPine Energy platform, which Actis continues to own. BluPine has exceeded 3GW of solar PV, wind and BESS capacity and might act as a sort of model for the Leo Energies initiative.
Abhishek Bansal, Actis’s managing director of energy infrastructure, stated that Leo Energies carries forward a strategy the firm understands very well, creating appropriately sized, contracted Indian independent power producers with evident visibility and the capacity to deliver attractive returns for its investors.
Although Actis did not detail its long-term intentions for the platform, Lucy Heintz, Actis’s head of energy infrastructure, observed that the company has invested over ten years in building platforms and selling them to top-tier buyers including Shell, GIP and Engie.
This news comes on the heels of several other renewable energy investments by Actis, such as the introduction of Yeltica Energy, a comparable renewable energy platform, in Mexico. Actis intends to expand that platform to over 2GW of solar PV, wind and BESS, and mentioned its goal to take part in tenders run by the state utility, the Comision Federal de Electricidad.
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Ebels finishing up major solar panel projects in Evart, Reed City – Cadillac News

Intervals of clouds and sunshine. High around 60F. Winds NNW at 10 to 15 mph..
Clear skies. Low 36F. Winds N at 5 to 10 mph.
Updated: October 2, 2026 @ 2:34 am
Pictured is the car port solar panels at Ebels General Store in Reed City.
Pictured is one of the roof panels at Ebels General Store in Reed City.

Pictured is the car port solar panels at Ebels General Store in Reed City.
Pictured is one of the roof panels at Ebels General Store in Reed City.
The Ebels family is wrapping up two solar panel projects at stores in Evart and Reed City that are expected to lead to significant electricity cost savings in the coming years.
Bob Ebels said both locations have been equipped with large-scale solar installations, including panels on the roofs, on top of car ports and ground mounts.
“It’s a big project,” said Ebels, who added that when operational, the solar technology is expected to reduce electricity costs by 40% to 60%.
Both projects have been in the works since early 2025 and required quite a bit of planning to pull off.
Ebels said there is a lot of design work required, in addition to obtaining the necessary permits from Consumers Energy to install the equipment.
Ebels General Store is an energy-intensive business, Ebels said, requiring temperature-controlled rooms to keep meat and other merchandise cold at all times.
“It’s definitely a real expense we have to manage,” Ebels said in regard to electricity usage.
The technology’s effectiveness peaks in the summertime, said Ebels, who added that while some times of the year are better for solar power, the panels still generate substantial energy even during the darker months.
To help pay for the project, the Ebels took advantage of tax incentives that are available for solar developments.
Once they start seeing energy savings, Ebels said the hope is to be able to pass the savings on to customers in the form of lower costs, and to employees in the form of higher wages.
The store in Evart will be closed Friday until 10 a.m. to allow crews to finish a service upgrade and to hook up the solar system.
The system in Reed City is expected to be up and running by the end of the year.
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Farmers need a share of the solar boom – indianexpress.com

Farmers need a share of the solar boom  indianexpress.com
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Comstock Launches 24/7 Solar Panel Recycling at Nevada Facility – Yahoo Finance

Comstock Launches 24/7 Solar Panel Recycling at Nevada Facility  Yahoo Finance
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Semi-transparent solar panels set into the wooden crates that EV fast chargers ship in grew more lettuce than the open plot beside them in all four colors of glass, because the panels cut soil temperatures by up to 18 degrees on days the air hit 104 — and plain – Autonocion.com

Luis Reyes
Oct 1, at 8:00am ET
Every DC fast charger shows up at the installation site the same way: packed inside a big wooden shipping crate that gets pried open and hauled to the dumpster once the unit’s standing. I’d never given those crates a second thought, and you probably haven’t either. A research team at Western University in Ontario got hold of four of them, left over from ChargePoint Express 250 chargers, and rebuilt them into solar-powered lettuce shelters.
Each box is what gardeners call a cold frame, and it’s basically the oldest trick in the book. You put a clear lid on a box, the sun heats the inside, and plants keep growing after the weather turns. The Ontario version swaps the clear lid for semi-transparent solar panels, so that one lid shades the crop, warms the box and generates electricity. The team published its results in Solar Energy this summer, and corresponding author Joshua Pearce skipped the academic modesty. “The agrivoltaic cold frames crushed the controls,” he told pv magazine.
So what did the crates crush?
The crates measure 7.6 feet long, 4 feet wide and 3.3 feet tall. The researchers pulled the top and the south-facing side off each one and filled both openings with six thin-film cadmium telluride panels from Solar First, a Chinese module maker: three lying flat as the roof, three standing upright as the front wall. Each panel is rated at 34 watts and passes 55% of the light, which puts one box at 204 watts and the full four-box array at 816. Frankly, as recycling goes, turning a charger’s packaging into a powered greenhouse is a pretty elegant trick.
Color’s what turned this from a garden project into an experiment. Each box got its solar glass in a different tint: neutral gray, red, green or blue. Colored glass changes which wavelengths of light reach the leaf as well as how much gets through, and lettuce is known to respond to red, blue and green light in different ways. So the four boxes let the team ask a very specific question: if you’re going to farm under solar glass anyway, which color should you buy?
Inside every box went Parris Island romaine lettuce in 1.5-gallon pots, three plants per treatment. All of them grew in the same soil mix with no added fertilizer and about a quart of water every seven days, and three more plants sat in an open plot beside the boxes as the control. Temperature probes buried 2 inches deep in the pots logged the soil every hour. The trial ran from July 30 to October 7, 2025, at Western’s research site in Ilderton, Ontario.
All four solar boxes produced more lettuce by fresh weight than the open-air plants, and the plain gray glass produced the most of the bunch. Green came in behind it, then red, and the blue box grew the least of the four while still beating the outdoor control. Every plant under glass also grew taller than the plants outside. That’s a classic shade reflex: a plant that senses less light stretches upward to go find more. Leaf count is where things got mixed, because the gray box put out 12% more leaves than the control while the red, blue and green boxes all put out fewer. Add it up and the colored glass made taller, heavier, leggier lettuce, while the gray glass simply made more of everything.
How much more, exactly?
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Here’s where I pump the brakes. The paper’s abstract and its conclusions give two different multipliers for the gray box’s win over the control, and the two numbers don’t match, so I’m not printing either one. The authors also didn’t run any statistics, and they say so themselves: three plants per condition is a screening test, not a dataset. What holds up is the ranking: gray first, colors behind, open air last.
Taking 45% of a plant’s light away sounds like sabotage, so it’s fair to ask why the shaded plants won. Lettuce tolerates shade just fine and it can’t stand heat, and the panels attack exactly that problem. On the hottest days of the trial, the modules knocked as much as 18 degrees Fahrenheit off the soil temperature compared with the open plot, and even with the air at 104°F, the soil in the pots mostly held between 77°F and 86°F. Cooler soil hangs on to its moisture longer and keeps the roots working, which matters when the entire irrigation budget’s a quart a week. That watering schedule’s stingy enough that the shade was arguably pulling double duty as drought protection.
We’ve seen that mechanism carry much bigger trials. Spanish researchers grew tomatoes 40% heavier under a solar roof because the clear greenhouse next door was cooking itself, and a Swiss grower hung 1,736 solar modules inside his greenhouse to skim off only the infrared his tomatoes never use. The Ontario boxes are a pocket-sized version of that bet: trade some light for a friendlier microclimate, and collect electricity on the side.
Nobody wired a meter to these boxes. The team modeled the output in NREL’s System Advisor Model instead, and the simulation puts each box at 212.9 kWh per year, split into 123.3 kWh from the three roof panels and 89.6 kWh from the three in the wall. The two orientations split the year between them: the flat roof panels make most of the power in summer, and the upright wall panels take over in winter, when the sun sits low. The paper puts the whole four-box array at 852 kWh a year, which by the authors’ own math covers about 8% of an average Canadian home’s electricity.
During the trial the boxes ran purely passive, with sunlight doing all the heating, so the modeled electricity didn’t actually power anything. The authors float using it for a fan or a heating cable inside the boxes, and that’s the right scale for 204 watts. It won’t run your house. I’d also treat the 213 kWh as a promise rather than a result until somebody bolts a real meter to one of these, and that caution goes double for a harvest ranking built on one season.
One more honest limit, and it’s the authors’ own: the control was an open patch of ground, not an identical crate with plain clear glass. So the shade and the shelter changed together, and this trial can’t tell you how much of the win came from the solar glass specifically. If I were running the next round, I’d add a twin crate with plain clear glass and pull those two effects apart.
Still, if you’re the kind of person who keeps a cold frame going behind the garage, this trial hands you a pretty simple rule of thumb: buy the boring gray glass. It’s also the version that looks least like a nightclub, which can’t hurt. The study went online in Solar Energy on July 1, 2026, as an open-access paper, and Pearce told pv magazine those four crates were already growing their next crop.
Don’t bite your tongue. Speak up.
Luis Reyes · Sep 21, 2026
Luis Reyes · Sep 5, 2026
Luis Reyes · Sep 8, 2026
Luis Reyes · Sep 12, 2026
Olivia Richman · Sep 17, 2026
Chema Bonilla Díaz · Sep 3, 2026
Luis Reyes · Oct 1, 2026
Chema Bonilla Díaz · Oct 1, 2026
Luis Reyes · Oct 1, 2026
Olivia Richman · Sep 30, 2026
Chema Bonilla Díaz · Sep 30, 2026
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Argentina develops guidelines for off-grid solar water pumping – pv magazine Global

The Manfredi Agricultural Experiment Station of Argentina’s National Institute of Agricultural Technology (INTA), in Córdoba province, is researching how to size off-grid, solar-powered subsurface drip irrigation systems for field crops.
The experimental system combines a 10 kW Lorentz solar pump, with a flow rate of 24 m³/h, and an 18 kW PV array. It was initially used to irrigate 6 hectares before researchers doubled the irrigated area to 12 hectares using the same infrastructure.
Ignacio Severina, a researcher at INTA Manfredi, said one of the main findings is a benchmark flow rate of 2 m³/h per hectare of irrigated land. This figure can be used to determine the required pump capacity and PV system size.
For a 50-hectare farm, for example, INTA estimates that the system would require a flow rate of around 100 m³/h, a 100 kW pump and approximately 200 kW of PV capacity.
The trials also showed benefits from oversizing the PV array relative to the pump’s nominal power. As a rule of thumb, researchers found that PV capacity can be around twice the power required for pumping, extending operating hours during periods of lower solar irradiance.
In the Manfredi area, the system provides around 1,950 hours of irrigation per year, averaging close to seven hours per day during the irrigation season. Availability is lower in winter and higher in summer.
The initial trials covered 6 hectares planted with wheat, second-crop soybeans and corn. Researchers found that using all available solar energy to increase water application resulted in relatively small yield gains.
For wheat, irrigation increased from around 300 mm with electric pumping to 520 mm with solar pumping, while yields rose from 55 quintals per hectare (qq/ha) to nearly 70 qq/ha. For second-crop soybeans, irrigation increased from 100 mm to 300 mm with no significant change in yield, which remained at around 35 qq/ha. For corn, irrigation increased from 250 mm to 500 mm, while yields rose from around 15 t/ha to 16 t/ha.
Based on these results, INTA doubled the irrigated area from 6 hectares to 12 hectares without changing the pump or PV array. Under this configuration, irrigation levels were around 350 mm for wheat, 250 mm for corn and 200 mm for second-crop soybeans, with no significant decline in yields.
The researchers concluded that matching water application to crop requirements and using the available pumping capacity to irrigate a larger area is more efficient than applying the maximum amount of water to a smaller area.
INTA Manfredi has been researching subsurface drip irrigation since 2012. It added PV-powered pumping in 2022 through a technology partnership with Tonka Solar and Rivulis-Conci.
The results will be presented at the 9th International Irrigation Meeting and 3rd Exporiego, which will take place on Oct. 14 and 15 at INTA Manfredi in Córdoba. The events will bring together farmers, researchers, companies and specialists in irrigation, energy, automation and precision agriculture.
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Solar LCOE to fall 30% by 2035, says BloombergNEF – pv-magazine-australia.com

The levelised cost of electricity (LCOE) of solar energy is set to fall 30% by 2035, according to analysis from BloombergNEF.
The analyst’s Levelised Cost of Electricity 2026 report says that while benchmark costs for solar all rose in 2025, due to a combination of supply chain constraints, poorer resource availability and market reforms in China, innovation and competition will lead to declining costs over the next decade.
The global benchmark LCOE for a typical fixed-axis solar farm increased by 6% year-on-year to stand at $55 (USD 39) per MWh in 2025, according to Bloomberg’s data. At the start of the decade, fixed-axis solar had a global benchmark LCOE of a little over $85/MWh. Its current costs compare to a $56/MWh LCOE for onshore wind and $141/MWh for offshore wind.
Bloomberg’s latest analysis adds that while most clean power technologies became more expensive last year, the cost of battery storage projects fell to new lows.
The global benchmark LCOE for a four-hour battery project fell 27% year-on-year to $110/MWh, a record low since BNEF began tracking costs in 2009. At the start of the decade, the global benchmark LCOE for these projects was over $255/MWh, and was still above $140/MWh in 2024.
Last year’s LCOE decline for battery projects was attributed to lower pack prices, increasing competition among manufacturers and improved system designs. BNEF is expecting battery storage LCOE to fall by a further 25% over the next decade.
Bloomberg also found that developers added 87 GW of combined solar and storage last year, delivering power at an average LCOE of $80/MWh.
“As costs continue to drop, we expect battery storage to strengthen solar project revenues, support broader renewable deployment and accelerate the shift toward storage‑led system balancing over fossil-fuel‑based peaking capacity,” said Amar Vasdev, lead author of the report.
Last month, an international research team found Capex-driven strategies can help to reduce solar LCOE by 20%.
From pv magazine Global
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Solar myths and misconceptions busted – pv-magazine-australia.com

The problem with falsehoods is that if they get repeated often enough, they start to sound plausible. And misinformation about clean energy increasingly matters because it can shape whether communities support projects in the first place. As clean-energy campaigners have learned, sometimes the answer is to get there before the myth does. 
So, let’s bust a few.
Yes, they are.
A solar panel contains materials with real value, including glass, aluminium, copper and silver. The problem isn’t whether we can recycle panels. It’s building the collection and recycling industry required to do it economically at enormous scale.
That’s already happening. PV Industries’ Sydney facility can process about 200,000 panels annually and recover up to 90% of a panel by weight. Both federal and state governments are exploring panel recycling locally while working out how a national system should operate. 
Verdict: Panels are recyclable. Australia’s recycling system is simply younger than its solar industry.
This one usually begins with a wonderfully ominous phrase: heavy metals.
Which ones? In what quantity? And how exactly are they escaping from an intact panel?
Some PV technologies contain small quantities of potentially hazardous substances, which is one reason proper end-of-life recycling matters. But a functioning solar panel isn’t a loose pile of its constituent ingredients. Solar cells are encapsulated inside a module engineered to survive decades outdoors.
Treating the materials inside a sealed panel as though they’re simply washing into the paddock is rather like looking at everything inside your television and assuming it’s leaking onto the living-room carpet.
Verdict: End-of-life disposal needs to be managed properly. An intact solar panel is not quietly dissolving into the ground.
This one presents a false choice: food or electricity.
Drive to the New England Solar Farm near Uralla and you’ll find something inconvenient for that argument: sheep. More than 6,000 of them have grazed beneath roughly one million panels in the project’s first 400 MW stage. 
This idea even has a name: agrivoltaics.
An earlier NSW solar-grazing trial found enough moisture remained beneath shaded panels for grass to continue growing during hot, dry conditions. The panels provided sheep with shade and lambing ewes with protection, while grazing helped control vegetation. 
None of this means we should indiscriminately cover Australia’s best cropping country in panels. We shouldn’t. We should also put far more solar on warehouses, factories and other commercial roofs.
But grazing and electricity generation can occupy the same paddock. Not only that but in many cases a farmer will receive rental income for hosting the panels which can help make their farm drought proof.
Verdict: Sometimes solar doesn’t replace farming. It joins it.
Sure. Hail can break solar panels. It can also break windscreens, roof tiles and skylights. That doesn’t mean we stop making cars, houses or windows.
Solar panels are specifically tested for hail impact. The IEC 61215 certification test includes firing a 25 mm ice ball at a panel at about 23 metres per second – roughly 83 kmh. Manufacturers can and do test beyond that baseline. 
Can an extraordinary Australian hailstorm overwhelm those specifications? Absolutely. “Designed to withstand hail” doesn’t mean “indestructible.”
Verdict: Hail is a risk solar panels are engineered and tested to withstand, not some previously undiscovered fatal flaw.
And perhaps that’s the common thread running through all five myths.
Solar isn’t magical. It isn’t indestructible. It doesn’t have zero environmental impact and it doesn’t maintain itself. But it’s far better than this bullshit and the bullshit alternative of fossil fuels, especially in Australia, where no shit, fossil fuels cost more.
They do, and this is where we should acknowledge something the solar industry itself occasionally gets wrong.
Solar doesn’t mean maintenance-free.
Modern panels commonly carry long performance warranties, often more than 25 years, and are designed to operate for decades. But a solar systemincludes inverters, wiring, isolators, mounting equipment and other components. Things can fail. Connections deteriorate. Debris accumulates. Equipment needs inspection.
That’s not evidence solar doesn’t work. That’s evidence solar is infrastructure.
Verdict: Solar lasts. Look after it.
Author: Daniel Lazarus, Managing Director, Industrias
The views and opinions expressed in this article are the author’s own, and do not necessarily reflect those held by pv magazine.
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Germany could generate over 600,000 tonnes of PV module waste by 2030 – pv-magazine.com

A recent study by the Fraunhofer Center for Silicon Photovoltaics (Fraunhofer CSP), commissioned by the German Mineral Resources Agency (DERA), has examined the raw material and recycling potential of photovoltaic modules installed in Germany.
By the end of 2023, the modules installed in Germany represented a total material stock of around 5.35 million metric tons. This included approximately 3.85 million tons of glass, 663,000 tons of aluminum, 208,000 tons of silicon, 53,500 tons of copper and 3,900 tons of silver.
The materials contained in the modules represent considerable economic value, particularly aluminum and silver. According to the study, their potential material value amounts to €4.8 billion ($5.4 billion). Silver is particularly significant for the PV industry: In 2023, the sector accounted for 19.3% of global silver production.
The recoverability of individual raw materials depends on the module technology and the recycling process used.
For crystalline silicon modules, Germany already has established recycling processes on an industrial scale. Glass, aluminum and copper can be recovered from discarded modules, while silver can be separated through additional refining processes.
Silicon, which accounts for a significant share of the value of some module components, is generally not recovered at present. Plastics are typically thermally treated. According to the study, current processes achieve a material recycling rate of around 85% and an overall recovery rate of more than 95%.
The study also examines thin-film modules. Cadmium telluride (CdTe) modules contain cadmium and tellurium, while CIGS modules contain indium, gallium and selenium. However, the quantities of these materials installed in Germany are comparatively small because thin-film technologies account for a much smaller share of the market than crystalline silicon modules.
More than 600,000 tons of PV module waste could be generated by 2030. However, the volumes that will actually reach recycling companies, and when they will arrive, remain difficult to predict.
According to the study, the recorded volume of end-of-life modules declined between 2022 and 2024, contrary to expectations. The researchers cite several possible reasons, including the export of used modules.
This creates a significant gap between available recycling capacity and actual return volumes. In 2024, more than 50,000 tonnes of recycling capacity was already available for crystalline silicon modules, while only around 9,300 tonnes of decommissioned modules underwent initial processing. The study projects that recycling capacity will reach approximately 64,000 tonnes in 2026 and 75,000 tonnes by the end of 2027.
The authors therefore recommend aligning further capacity expansion with actual return volumes to avoid temporary overcapacity. Based on a modeled expansion pathway, the study estimates that annual recycling capacity of 300,000 tonnes could be sufficient by 2040. Temporary peaks in return volumes could be managed through measures such as the interim storage of decommissioned modules.
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Europe’s largest solar project is coming to Romania – Azernews.az

by Alimat Aliyeva
Romania is set to become home to one of the largest renewable energy projects ever developed onshore in the European Union.
According to Romanian business publication Ziarul Financiar, renewable energy company Rezolv Energy, backed by British investment firm Actis, has secured up to €561 million to finance the construction of the Dama Solar photovoltaic power plant in Romania’s western Arad County.
With a planned capacity of 1.3 gigawatts (GW), the facility is expected to become the largest onshore renewable energy project in the EU once completed.
The project has an estimated total cost of around €728 million. The European Investment Bank (EIB) is providing €100 million in financing, backed by an InvestEU guarantee. In total, 14 lenders, including commercial banks and international financial institutions, are participating in the financing package.
Dama Solar is expected to generate approximately 1.8 terawatt-hours of electricity annually. According to project estimates, that would be enough to cover the yearly electricity needs of more than 280,000 households, equivalent to roughly one million people.
The solar plant will be connected to Romania’s high-voltage electricity grid, increasing the country’s domestic renewable generation and helping diversify its energy supply. The project is particularly significant as European countries continue to invest in new generation capacity to reduce dependence on imported fossil fuels and strengthen energy security.
Construction of Dama Solar is also expected to provide a substantial economic boost to the region, with more than 1,500 jobs projected during the construction phase. The development will additionally include an 82-hectare nature restoration area, designed to support biodiversity alongside the energy infrastructure.
Commercial operations are currently scheduled to begin in the second half of 2028.
If completed as planned, Dama Solar will not only transform the renewable energy landscape in western Romania but could also become a major example of how large-scale solar projects can combine energy production, private investment and environmental restoration.
An interesting aspect of the project is its sheer scale: 1.3 GW of solar capacity means the plant could produce enough electricity to make a noticeable contribution to Romania’s national power system, particularly during periods of high daytime demand.
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U.S. small-scale solar adds 1.6 GW in Q2 – pv-magazine.com

The U.S. distributed solar market added almost 1.6 GW of new capacity in the second quarter of 2026, maintaining a steady buildout rate across behind the meter installations. According to the latest quarterly Big Impact of Small Solar report published by the Institute for Local Self-Reliance (ILSR), total solar power accounted for 55% of all new electric generating capacity added to the national grid in Q2 when combining large-scale and small-scale assets.
While solar retained its position as the primary source of new U.S. electricity capacity, its relative market share contracted compared to prior quarters. ILSR data indicates this dilution was driven by a sharp rise in fossil power coming online, with Q2 recording higher thermal capacity additions than any single quarter over the past two years.
Despite the headwinds created by conventional generation additions and broader market adjustments, small-scale systems continue to offer a reliable buffer for national clean energy additions. The quarter’s 1.6 GW contribution highlights the segment’s relative insulation from transmission queue bottlenecks that continue to delay multi-hundred-megawatt utility projects.
Energy storage pairing accelerates
A key factor supporting small-scale solar resilience is the rapid co-location of battery energy storage systems (BESS). Behind the meter storage deployments reached a notable threshold in Q2 2026, with over 2.5 GWh of distributed storage capacity added across residential, commercial, and community sites.
Industry analysts attribute this growth in battery integration to evolving net metering policy frameworks, which increasingly reward self-consumption and load shifting over direct grid exports. By pairing solar with local energy storage, distributed resources are providing critical grid balancing services and mitigating local distribution network congestion.
As utility-scale interconnection delays persist, the consistent deployment of small solar and distributed storage assets highlights the expanding role of decentralized generation in meeting rising national power demand.
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Atlassian is powering up its Sydney HQ from a community solar farm – Startup Daily

Atlassian is powering up its Sydney HQ from a community solar farm  Startup Daily
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Iowa Farmers Union, solar group sues USDA over changes to renewable energy funding program – Iowa Capital Dispatch

Environmental groups are suing USDA over changes to a popular Rural Development program that supported solar energy projects. (Photo by Evan Houk/ Maine Morning Star)
Environmental groups have filed a lawsuit against the U.S. Department of Agriculture on behalf of several farmers, farm groups and solar agencies for changes to a renewable energy program that impacts solar projects. 
The lawsuit alleges that USDA changes made to the Rural Energy for America Program, or REAP, during the Trump administration have made “almost all solar projects ineligible” for funding under the program.
Further, the lawsuit alleges, the rule changes were retroactively applied to solar projects that had already been selected for funding and had invested in and begun building the solar projects before they were told their project was no longer eligible for the funding. 
Iowa Farmers Union President Aaron Lehman said in a webinar Thursday that Iowa has been a “leader” in adopting the program, which is administered through USDA Rural Development and has been part of the farm bill since 2008.  
“Unfortunately, we’ve seen some very unfortunate twists and turns with the program that our members have been impacted by,” Lehman said. “This breaking of this commitment is really damaging.” 
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According to the lawsuit, which was filed by Earthjustice and Environmental Law & Policy Center, solar projects accounted for more than two-thirds of projects that were awarded REAP funding between 2011 and early 2025. Iowa rural communities have used the funding to install rooftop solar on small businesses and to put solar panels and wind turbines on hog operations. The funding has also gone to ethanol facilities and grain dryers to make energy efficient upgrades. 
In August 2025, the Trump administration announced plans to restrict the use of federal subsidies for solar energy projects in favor of protecting farmland. The announcement specifically noted the REAP funding could not be used for solar projects of a certain size. It also stipulated that USDA funding could not be used to fund solar projects that had solar panels built by “foreign adversaries” including China, which dominates the solar manufacturing industry. 
Chad Hughes of Environmental Law & Policy Center, spoke with Iowa Farmers Union members Thursday during a lunch and learn webinar and said the changes essentially put the program on pause. Then, a USDA announcement in March 2026 showed the agency was adding new regulations to the program and applications could be resubmitted once the new regulations were in place. 
“People expected to get paid, and they followed the rules and they built these systems, and then suddenly they’re being told by USDA, ‘Oh, sorry, just kidding, you’re gonna be denied because you know you didn’t follow rules that did not exist when you applied,’” Hughes said. 
A key point of the lawsuit hinges on the groups’ assertion that the REAP program was initiated by Congress, with the intent to encourage renewable energy development in rural areas.
Text from the 2008 farm bill says REAP will “promote energy efficiency and renewable energy development for agricultural producers and rural small businesses.” 
Hughes said that while the current USDA leadership “doesn’t like renewable energy” it’s not within their power to ignore the direction from Congress. 
“USDA does not have the ability to advance policies based on a political disagreement with Congress,” Hughes said. 
USDA communications about the changes to the program have emphasized the need to protect farmland from being taken over by solar projects and to end the “massive cost of providing taxpayer handouts for unreliable energy sources” as part of the Trump administration’s energy dominance priorities. 
“At a time when energy prices are soaring, you’re taking away a program that’s meant to add capacity to the grid,” Hughes said. “So, it just really doesn’t make sense.” 
The environmental groups are representing Iowa Farmers Union, Iowa Solar Energy Trade Association, RENEW Wisconsin, Solar United Neighbors, Illinois-based farms, the New York Solar Energy Industries Association, Wolf River Electric and two New Mexico based renewable energy consultancies. The groups are also suing over the retroactive application of the regulations. 
The lawsuit alleges that farms owned by members of the Book family, the Illinois-based operations in the lawsuit, had been selected to receive more than $300,000, collectively, in REAP funding for solar projects. The families began construction on the solar arrays, then in March the rules were retroactively applied and USDA said it would be “refusing to disburse the REAP awards” according to the suit.
“We just have these awful situations where farmers have lived up to their end of the bargain, have committed to this public-private partnership too, and are left holding the bag,” Lehman said. 
Hughes said the rules can’t be changed “mid-flight” unless the department has express authority to do so under the statute or “a really, really good reason” to do so. 
“USDA has neither,” Hughes said. 
Hughes said the USDA, through the REAP program, has been supportive of solar projects for more than 20 years, and argued the department has not given “sensible reasons” for its “massive” change in opinion toward funding solar projects.
As of Thursday, USDA has not filed a response to the lawsuit.
Final rules for REAP were filed in the Federal Register Thursday, however, stating that under the rule, REAP projects “must already be fully built and operational” before applicants apply for funding. 
The rule summary said the new rules create a “streamlined but significantly different process intended to reduce risk to the program, simplify administration, and prioritize projects delivering verifiable results.” 
Hughes, speaking to Iowa Farmers Union members, said the rule is “pushing a lot more risk” onto farmers and rural small business owners who apply for the program. 
“It’s basically making REAP only available to those who can afford to carry those costs for a year or two without knowing whether or not they’re they’re they’re going to be reimbursed,” Hughes said. 
According to USDA data, the department has made more than 1,200 REAP project investments, totaling over $114 million in Iowa since 2016. For fiscal years 2025 and 2026, REAP investments totaled more than $26 million for over 200 Iowa projects. 
Lehman said farmers union members who have committed to adding renewable energy to their operations have said they feel “betrayed” by the changes to REAP. 
“This is not a hopeless situation,” Lehman said. “We can take action to fight back against these injustices, and we don’t have to sit back and take it when these betrayals happen to our farmers. So we’re bringing attention to this because this is something that we can do.” 
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by Cami Koons, Iowa Capital Dispatch
October 1, 2026
by Cami Koons, Iowa Capital Dispatch
October 1, 2026
Environmental groups have filed a lawsuit against the U.S. Department of Agriculture on behalf of several farmers, farm groups and solar agencies for changes to a renewable energy program that impacts solar projects. 
The lawsuit alleges that USDA changes made to the Rural Energy for America Program, or REAP, during the Trump administration have made “almost all solar projects ineligible” for funding under the program.
Further, the lawsuit alleges, the rule changes were retroactively applied to solar projects that had already been selected for funding and had invested in and begun building the solar projects before they were told their project was no longer eligible for the funding. 
Iowa Farmers Union President Aaron Lehman said in a webinar Thursday that Iowa has been a “leader” in adopting the program, which is administered through USDA Rural Development and has been part of the farm bill since 2008.  
“Unfortunately, we’ve seen some very unfortunate twists and turns with the program that our members have been impacted by,” Lehman said. “This breaking of this commitment is really damaging.” 
According to the lawsuit, which was filed by Earthjustice and Environmental Law & Policy Center, solar projects accounted for more than two-thirds of projects that were awarded REAP funding between 2011 and early 2025. Iowa rural communities have used the funding to install rooftop solar on small businesses and to put solar panels and wind turbines on hog operations. The funding has also gone to ethanol facilities and grain dryers to make energy efficient upgrades. 
In August 2025, the Trump administration announced plans to restrict the use of federal subsidies for solar energy projects in favor of protecting farmland. The announcement specifically noted the REAP funding could not be used for solar projects of a certain size. It also stipulated that USDA funding could not be used to fund solar projects that had solar panels built by “foreign adversaries” including China, which dominates the solar manufacturing industry. 
Chad Hughes of Environmental Law & Policy Center, spoke with Iowa Farmers Union members Thursday during a lunch and learn webinar and said the changes essentially put the program on pause. Then, a USDA announcement in March 2026 showed the agency was adding new regulations to the program and applications could be resubmitted once the new regulations were in place. 
“People expected to get paid, and they followed the rules and they built these systems, and then suddenly they’re being told by USDA, ‘Oh, sorry, just kidding, you’re gonna be denied because you know you didn’t follow rules that did not exist when you applied,’” Hughes said. 
A key point of the lawsuit hinges on the groups’ assertion that the REAP program was initiated by Congress, with the intent to encourage renewable energy development in rural areas.
Text from the 2008 farm bill says REAP will “promote energy efficiency and renewable energy development for agricultural producers and rural small businesses.” 
Hughes said that while the current USDA leadership “doesn’t like renewable energy” it’s not within their power to ignore the direction from Congress. 
“USDA does not have the ability to advance policies based on a political disagreement with Congress,” Hughes said. 
USDA communications about the changes to the program have emphasized the need to protect farmland from being taken over by solar projects and to end the “massive cost of providing taxpayer handouts for unreliable energy sources” as part of the Trump administration’s energy dominance priorities. 
“At a time when energy prices are soaring, you’re taking away a program that’s meant to add capacity to the grid,” Hughes said. “So, it just really doesn’t make sense.” 
The environmental groups are representing Iowa Farmers Union, Iowa Solar Energy Trade Association, RENEW Wisconsin, Solar United Neighbors, Illinois-based farms, the New York Solar Energy Industries Association, Wolf River Electric and two New Mexico based renewable energy consultancies. The groups are also suing over the retroactive application of the regulations. 
The lawsuit alleges that farms owned by members of the Book family, the Illinois-based operations in the lawsuit, had been selected to receive more than $300,000, collectively, in REAP funding for solar projects. The families began construction on the solar arrays, then in March the rules were retroactively applied and USDA said it would be “refusing to disburse the REAP awards” according to the suit.
“We just have these awful situations where farmers have lived up to their end of the bargain, have committed to this public-private partnership too, and are left holding the bag,” Lehman said. 
Hughes said the rules can’t be changed “mid-flight” unless the department has express authority to do so under the statute or “a really, really good reason” to do so. 
“USDA has neither,” Hughes said. 
Hughes said the USDA, through the REAP program, has been supportive of solar projects for more than 20 years, and argued the department has not given “sensible reasons” for its “massive” change in opinion toward funding solar projects.
As of Thursday, USDA has not filed a response to the lawsuit.
Final rules for REAP were filed in the Federal Register Thursday, however, stating that under the rule, REAP projects “must already be fully built and operational” before applicants apply for funding. 
The rule summary said the new rules create a “streamlined but significantly different process intended to reduce risk to the program, simplify administration, and prioritize projects delivering verifiable results.” 
Hughes, speaking to Iowa Farmers Union members, said the rule is “pushing a lot more risk” onto farmers and rural small business owners who apply for the program. 
“It’s basically making REAP only available to those who can afford to carry those costs for a year or two without knowing whether or not they’re they’re they’re going to be reimbursed,” Hughes said. 
According to USDA data, the department has made more than 1,200 REAP project investments, totaling over $114 million in Iowa since 2016. For fiscal years 2025 and 2026, REAP investments totaled more than $26 million for over 200 Iowa projects. 
Lehman said farmers union members who have committed to adding renewable energy to their operations have said they feel “betrayed” by the changes to REAP. 
“This is not a hopeless situation,” Lehman said. “We can take action to fight back against these injustices, and we don’t have to sit back and take it when these betrayals happen to our farmers. So we’re bringing attention to this because this is something that we can do.” 
Iowa Capital Dispatch is part of States Newsroom, a nonprofit news network supported by grants and a coalition of donors as a 501c(3) public charity. Iowa Capital Dispatch maintains editorial independence. Contact Editor Kathie Obradovich for questions: info@iowacapitaldispatch.com.
Our stories may be republished online or in print under Creative Commons license CC BY-NC-ND 4.0. We ask that you edit only for style or to shorten, provide proper attribution and link to our website. AP and Getty images may not be republished. Please see our republishing guidelines for use of any other photos and graphics.
Cami Koons is an Iowa Capital Dispatch reporter covering agriculture and the environment. She previously worked at publications in Kansas and Missouri, covering rural affairs.
Iowa Capital Dispatch is part of States Newsroom, the nation’s largest state-focused nonprofit news organization.
© Iowa Capital Dispatch, 2026
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Two-stage pyrolysis process turns waste solar panels into silicon carbide – pv-magazine-australia.com

Russian researchers have developed a two-stage process to convert waste solar panels into silicon carbide (SiC), a silicon-carbon compound valued for its hardness, thermal conductivity, and resistance to heat and corrosion. SiC is widely used in applications including power electronics and refractory ceramics.
“The rapid growth in the number of solar panels worldwide is making the issue of their utilisation increasingly urgent,” the researchers said. “This paper presents the results of an experimental study on the recycling of spent solar panels using pyrolysis and vacuum-free plasma electric arc conversion methods, to obtain carbon residue, silicon carbide, and synthesis gas that can be used for energy production.”
The researchers used a decommissioned polycrystalline silicon solar panel, which they shredded and pyrolysed at 500 C under a continuous nitrogen flow to decompose its polymer components and obtain a carbon-containing solid residue.
They then processed batches of approximately 2 g of the material in a graphite crucible using a vacuum-free electric arc reactor. The reactor operated at 200 A for 60 seconds, reaching temperatures above 1,800 C.
The scientists tested different carbon additions, using carbon black to promote the conversion of silicon-containing compounds into SiC. They compared the resulting products with those obtained from panel material treated directly in the electric arc reactor without prior pyrolysis.
The researchers then used electron microscopy, X-ray diffraction, and thermal analysis to examine the products’ morphology, crystalline composition, and oxidation behavior.
“Pyrolysis helped accomplish several tasks at once: removing polymers that interfere with further processing, obtaining a solid carbon residue, and collecting gaseous products,” said Zhanar Bolatova, one of the researchers involved in the study. “According to our calculations, the average yield of carbon residue was 45.8% of the mass of the material being processed.”
Bolatova said the maximum methane concentration in the gas mixture reached 5% by volume, while carbon monoxide and carbon dioxide concentrations were approximately 0.6%.
“Analysis of the composition also confirmed the advantage of preliminary pyrolysis,” she said. “After this treatment, the iron silicide phase disappeared from the final product. This reduced the amount of unwanted impurities and increased the proportion of the target silicon carbide.”
The results also showed that increasing the carbon content of the starting mixture from 0% to 30% raised the proportion of SiC in the solid product from 46% to 61%. At the same time, the share of free silicon fell from 19.7% to 8.3%, while silicon dioxide declined from 3% to trace levels.
The researchers said the results indicate that the additional carbon promoted the conversion of silicon into SiC.
The researchers described the process in “Stage Recycling of Solar Panels by Pyrolysis and Vacuum-free Electric Arc Conversion to Produce SiC,” published in Silicon. The research team included scientists from Russia’s National Research Tomsk Polytechnic University and Sevastopol State University.
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Laser-reduced graphene oxide powers ITO-free solar cells and micro-supercapacitors on the same chip – Graphene-Info

Researchers at Hellenic Mediterranean University (HMU), the HMU Research Center’s Institute of Emerging Technologies (i-EMERGE), the Foundation for Research and Technology’s Institute of Electronic Structure and Laser (FORTH-IESL), and the University of Crete have used laser-reduced graphene oxide (LrGO) as a transparent conductive electrode for both perovskite solar cells and micro-supercapacitors fabricated on the same glass substrate.
The team deposited graphene oxide (GO) films by spray coating, then reduced and patterned them using an ultrashort-pulse infrared laser to form conductive LrGO electrodes, avoiding the more complex and costly chemical vapor deposition (CVD) and transfer processes typically used to put graphene into solar cells. The optimized LrGO films reached a sheet resistance of about 400 Ω per square at 38% optical transmittance.
Used as the transparent electrode in indium tin oxide (ITO)-free perovskite solar cells, the LrGO-based devices reached a 4.78% power conversion efficiency (PCE) under standard 1-sun illumination, and notably 10.49% PCE under indoor warm light conditions (1000 lux), which the researchers attribute to LrGO’s light-absorption profile favoring longer wavelengths. Optical simulations showed the main performance limit was parasitic light absorption within the LrGO layer itself, pointing to a fairly direct path for improvement.
The same laser-reduction process was also used to directly write interdigitated micro-supercapacitors onto the GO film, reaching an areal capacitance of 4.3 mF/cm² with stable charge-discharge behavior. The researchers say this points toward fully ITO-free, self-powered indoor devices that combine light harvesting and energy storage on a single glass substrate.

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Solar farm taken offline after ‘spark fire’ ignites panels, grass – The Courier Mail

Solar farm taken offline after ‘spark fire’ ignites panels, grass  The Courier Mail
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Reduced solar panel proposal needs council support by Monday – KOLN | Nebraska Local News, Weather, Sports | Lincoln, NE

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Indian solar PV component manufacturer Vishakha Renewables has submitt – Shanghai Metals Market

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Reduced solar panel proposal needs council support by Monday – WDBJ7

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Two-stage pyrolysis process turns waste solar panels into silicon carbide – pv magazine Global

Russian researchers have developed a two-stage process to convert waste solar panels into silicon carbide (SiC), a silicon-carbon compound valued for its hardness, thermal conductivity, and resistance to heat and corrosion. SiC is widely used in applications including power electronics and refractory ceramics.
“The rapid growth in the number of solar panels worldwide is making the issue of their utilization increasingly urgent,” the researchers said. “This paper presents the results of an experimental study on the recycling of spent solar panels using pyrolysis and vacuum-free plasma electric arc conversion methods, to obtain carbon residue, silicon carbide, and synthesis gas that can be used for energy production.”
The researchers used a decommissioned polycrystalline silicon solar panel, which they shredded and pyrolyzed at 500 C under a continuous nitrogen flow to decompose its polymer components and obtain a carbon-containing solid residue.
They then processed batches of approximately 2 g of the material in a graphite crucible using a vacuum-free electric arc reactor. The reactor operated at 200 A for 60 seconds, reaching temperatures above 1,800 C.
The scientists tested different carbon additions, using carbon black to promote the conversion of silicon-containing compounds into SiC. They compared the resulting products with those obtained from panel material treated directly in the electric arc reactor without prior pyrolysis.
The researchers then used electron microscopy, X-ray diffraction, and thermal analysis to examine the products’ morphology, crystalline composition, and oxidation behavior.
“Pyrolysis helped accomplish several tasks at once: removing polymers that interfere with further processing, obtaining a solid carbon residue, and collecting gaseous products,” said Zhanar Bolatova, one of the researchers involved in the study. “According to our calculations, the average yield of carbon residue was 45.8% of the mass of the material being processed.”
Bolatova said the maximum methane concentration in the gas mixture reached 5% by volume, while carbon monoxide and carbon dioxide concentrations were approximately 0.6%.
“Analysis of the composition also confirmed the advantage of preliminary pyrolysis,” she said. “After this treatment, the iron silicide phase disappeared from the final product. This reduced the amount of unwanted impurities and increased the proportion of the target silicon carbide.”
The results also showed that increasing the carbon content of the starting mixture from 0% to 30% raised the proportion of SiC in the solid product from 46% to 61%. At the same time, the share of free silicon fell from 19.7% to 8.3%, while silicon dioxide declined from 3% to trace levels.
The researchers said the results indicate that the additional carbon promoted the conversion of silicon into SiC.
The researchers described the process in “Stage Recycling of Solar Panels by Pyrolysis and Vacuum-free Electric Arc Conversion to Produce SiC,” published in Silicon. The research team included scientists from Russia’s National Research Tomsk Polytechnic University and Sevastopol State University.

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UK installs record 291,000 new solar PV installations in 12-month period – Trending Now Sustainable Construction

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India approves $19 billion for renewable energy programme – reuters.com

India approves $19 billion for renewable energy programme  reuters.com
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A balcony solar bill in California is now law. When can you plug in? – San Diego Union-Tribune

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In the final hours before a deadline to approve or veto legislation expired, Gov. Gavin Newsom on Wednesday evening signed into law what’s dubbed the Plug And Play Solar Act.
Senate Bill 868 is designed to pave the way for California consumers and renters to hook up portable installations on places like patios and balconies to help reduce their electricity bills.
“This technology is very important and very powerful and what this bill does is eliminate the massive barrier to people using plug-in solar,” the bill’s author, Sen. Scott Wiener, D-San Francisco, said at a Bay Area news conference Thursday.
The new law will allow consumers to buy small-scale, portable solar panels from retail stores such as Home Depot or Costco without having to fill out paperwork for an interconnection agreement with their local utility.
It applies to devices as large as 1,200 watts and goes into effect Jan. 1 — but that doesn’t necessarily mean all customers can start taking advantage of SB 868 as soon as the beginning of next year.
In that respect, it’s a bit complicated.
To meet the safety requirements of a provision within SB 868, devices must be certified to meet Underwriters Laboratory 3700 standards or an equivalent national testing lab.
But no system on the market meets that standard yet.
“We know that there are at least two very large manufacturers with products currently going through the certification standards process at UL,” said Bernadette Del Chiaro, senior vice president for California Environmental Working Group, a prime supporter of SB 868. “They expect to pass and have a product certified by the end of this year, which means it’s just a matter of time, a short amount of time, before they have actual things boxed up and the kits for sale to California consumers.”
Cora Stryker, co-founder of Bright Saver, a nonprofit that sells solar kits to customers at low, at-cost prices, said consumers in California will need an electrician to install their portable systems to meet UL’s certification criteria.
If customers want to use a portable system that does not meet certification standards, they must first apply for an interconnection with the utility in their area. In the San Diego service territory, that would be San Diego Gas & Electric.
Stryker thinks the passage of SB 868 will make solar on patios and balconies ubiquitous.
“This is huge,” she said, mentioning the sheer size of the market in California. “We estimate about 70% of Californians can’t get any form of solar … It’s the beginning of democratizing clean energy ownership. It’s not the end of the road, but it’s an absolutely monumental step forward for the whole nation, actually.”
Kits for plug-in solar range in cost from $300 to more than $2,500, depending on size. Each panel connects to a small microinverter, which converts the direct current (DC) electricity from the panels into the alternating current (AC) that homes use.
According to estimates from EnergySage, a company that offers comparison pricing for clean energy products, customers in states like California with high electricity prices who use 600 kilowatt-hours can trim $40 to $50 on their monthly bills, depending on the system they buy.
“SB 868 was, I’ll be honest, a brutal fight with the utilities,” Wiener said.
SDG&E and Pacific Gas & Electric came out against SB 868, as did two groups representing publicly funded power companies — including Los Angeles Department of Water and Power and the Sacramento Municipal Utility District. They cited safety concerns.
“Without appropriate oversight, devices that feed electricity into a building’s electrical system may inadvertently backfeed into the distribution grid,” the California Municipal Utilities Association said. “This creates potential hazards for line workers performing maintenance or responding to outages, who rely on established interconnection standards to ensure circuits are properly isolated and safe to work on.”
To prevent electrical hazards and protect utility workers, the systems under SB 868 must automatically shut off within seconds if the electric grid goes down.
Before the bill headed to the floor of the California Assembly for a vote in August, an amendment was added to SB 868 in August that sunsets the interconnection exemption on Jan. 1, 2030.
That irritated some supporters of the bill, but the Environmental Working Group said in a news release that it still gives “the market four years to take off while giving the Legislature an opportunity to remove the sunset provision” some time in the future.
According to fiscal analysis of SB 868, the new law will cost the California Public Utilities Commission $200,000 to $500,000 each year to fund.
Balcony solar has become very popular in Germany, with more than 4 million small-scale systems installed.
Utah became the first state in the U.S. to make way for plug-in systems when it passed a law in March 2025. With the signing of SB 868, California is now the 10th state to have portable solar laws on the books.
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Owatonna solar garden part of larger effort to provide affordable energy – kaaltv.com

(ABC 6 News) – Enterprise Energy cut the ribbon on its community solar garden in Owatonna on Thursday. The developers said the solar field is meant to provide long-term relief for people struggling to heat and power their homes.
For some families, paying bills means choosing between electricity and food. Renewable energy projects like this one could help reduce that pressure.
“I think energy-savings can’t come soon enough for many people,” said Enterprise Energy CEO, Eric Pasi.
Enterprise Energy said mid to low-income households that subscribe to the garden could save 15% on their energy bill. That is between $13 to 20 based on the average residential electric bill in Minnesota.
These panels could lower electric bills for about 2,000 homes. MnCIFA’s Executive Director, Pete Klein, said he wants to see similar projects across Minnesota.
“This is absolutely going to be replicated throughout the state of Minnesota,” said Klein.
More solar panels can also mean losing hundreds or even thousands of acres of farmland for some people. Developers of Owatonna’s solar garden said they chose land that was not good for farming and are working with farmers to make sure they can benefit from the project as well.
“We’re in an energy affordability crisis right now in this country,” said Pasi.
Many states are turning to renewable energy to help manage rising energy costs. About 30% of Minnesota’s energy is renewable and most of it comes from wind.
In Iowa, just over half of the state’s energy is renewable. Climate experts are still warning officials that it will not be enough to keep up with higher energy demand.
Renewable energy is only part of the equation. The state will also have to determine how to keep data centers and energy infrastructure upgrades from adding more strain to household budgets.

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    PV Chart of the Week: European inverter manufacturing forecast to increase in 2027 as utilisation rate drops – PV Tech

    Welcome to the PV Chart of the Week, produced in tandem with our colleagues at PV Tech Research. This week, we look at European inverter manufacturing capacity, production and supply.
    European inverter manufacturing faces a sharp structural paradox: capacity is doubling while factory utilisation decreases. Driven by scaling initiatives from SMA Solar, Power Electronics, and others, regional annual nameplate capacity will surge from 60GW in 2021 to over 120GW by 2027. Yet production will reach only 70GW, leaving 43% of capacity idle by 2027.

    After peaking at 83% in 2023, utilisation will plummet to just 57% by 2027. Newly commissioned facilities require extended ramp-up periods, while manufacturers deliberately throttled output in 2024-2025 to clear inventory backlogs from the 2022-2023 demand surge.
    Meanwhile, import dependency remains entrenched despite this capacity buildout. Total demand (highlighted as “Supply” in the chart) in Europe will grow from 52GW in 2021 to 141GW by 2027, yet domestic production will supply less than half. Chinese imports have held a stubborn 50% market share since 2023, down from 70-80% in prior years but still dominant, even as European capacity doubled. Though some European production is exported, volumes remain insufficient to close the competitiveness gap.
    European manufacturers have built the infrastructure, but cannot capture market share. Chinese suppliers maintain advantages in price, supply chain integration, and economies of scale. Trade measures, including the July 2026 FCC ban on foreign-produced inverters in the US and European Investment Bank financing restrictions, have yet to shift this dynamic.
    Mollie McCorkindale, senior analyst at PV Tech Research, will be a speaker at the upcoming PV ModuleTech Europe Conference in Málaga, Spain, on 3-4 November 2026. For more details about the conference and booking a ticket, click the link above. Use our discount code PVT20 for 20% off tickets.

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    Solar farm and power line request presented to Oklahoma regulators – okenergytoday.com

    Looking for more news? Visit our sister site, OK Politics Today, and subscribe here today!
    The subsidiary of a company from Spain with plans to spend more than $1 billion on energy projects in Oklahoma is asking Corporation Commissioners for authority to construct an 11-mile-long power distribution line as part of a solar farm in the northern part of the state.
    Little Sahara Gen-Tie Holdings, LLC, an affiliate of Heelstone Renewable Energy headquartered in Durham, North Carolina submitted the recent application with state regulators. Heelstone’s parent company is Qualitas Energy, headquartered in Madrid, Spain.
    Little Sahara is asking for a Certificate of Authority as part of Oklahoma’s Oklahoma High Voltage Electric Transmission Facility Act which was approved by the legislature and allowed to become law as of August 1. The case was filed as PUD2026-000082.
    Heelstone Energy intends to construct a renewable energy campus near Alva in Woods County and explained that it will be comprised of both solar photovoltaic systems and battery storage that will transmit the energy to a regional transmission system via the 11-mile-long, up to 345-kilovolt line.
    Heelstone Renewable Energy, LLC Senior Vice President of Development, Jonathan Burke testified that the Little Sahara Gen-Tie Holdings, LLC is an entity created by Heelstone for the purposes of developing, planning and constructing the Little Sahara Gen-Tie Project.
    He explained in his testimony the company intends to use steel monopoles in tangent, dead-end and crossing configurations with heights up to 150 feet and a right-of-way width of 200 to 400 feet. Burke said Little Sahra has already acquired the necessary land rights along the proposed gen-tie route through voluntary, private easements and lease purchase agreements.
    “Little Sahara plans to commence construction in Q3 2028,” stated Burke who said the project represents a significant long-term investment in Oklahoma’s economy. But he offered no details or information about the size of the solar project. Heelstone did not respond to an inquiry made via email.
    “Heelstone is developing an Oklahoma portfolio representing an anticipated private investment of up to $1.2 billion, supporting the state’s energy infrastructure, local businesses, and rural communities.
    Burke said the project would contribute property tax revenues and other local tax-related payments totaling many times its annual tax obligation over its operational life.
    “Using current projections, this equates to an aggregate local tax contribution on the order
    of hundreds of millions of dollars over the Project’s expected operating life, providing a
    stable and meaningful source of funding for local schools, county services, and other
    public entities,” testified Burke.
    The company is intending to hold an open house October 28 at the Northwest Technology Center in Alva from 5 p.m. to 7 p.m.
    It describes itself as a leading U.S. utility-scale solar and storage independent power producer with more than a decade of experience across development, project finance, construction and operations. The company was founded in 2012 and has developed and or brought into commercial operation more than 70 solar photovoltaic projects totaling more than 12 GW. The firm said its mission is to bring table, predictable revenue to landowners and affordable renewable energy to communities across the country.
    Heelstone was acquired by Qualitas Energy in 2024.

    About Qualitas Energy
    Qualitas Energy is a leading global investment and management platform with a dual focus on both funding and developing renewable energy, energy transition, and sustainable infrastructure. Its headquarters are in Madrid, Spain.
    Since 2006, the Qualitas Energy team has dedicated over €14 billion to the energy transition worldwide. These investments have been deployed through six vehicles: Fotowatio / FRV, Vela Energy, Qualitas Energy III, Qualitas Energy IV, Qualitas Energy V, and Qualitas Energy Credit Fund. Qualitas Energy’s existing portfolio currently comprises 11 GW of operational and development-stage renewable energy assets – including solar PV, concentrated solar power (CSP), wind, energy storage, hydroelectric power, and renewable natural gas – across Spain, Germany, the United Kingdom, Italy, Poland, Chile, and the United States.
    Over the past five years, Qualitas Energy has generated enough energy to supply 1.7 million homes and has successfully avoided the emission of 1.5 million metric tons of CO2 equivalent. The Qualitas Energy team consists of more than 500 professionals across fifteen offices in Madrid, Berlin, London, Milan, Hamburg, Wiesbaden, Trier, Cologne, Stuttgart, Warsaw, Wroclaw, Santiago, Durham, Bristol, and Edinburgh.
    Jerry Bohnen is the founder and creator of OK Energy Today, which began in 2012. He is an Edward R. Murrow Investigative award winner and has been recognized by other national, regional and state institutions during his 50 years as a broadcast journalist. Contact Jerry at editor@okenergytoday.com
    OK Energy Today is a news media publication committed to timely, accurate reporting on Oklahoma energy.
    Have a story idea? Send it to us at editor@okenergytoday.com

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    New DENSO solar field offsets nearly 14% of Athens plant power use – newschannel9.com

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    DENSO announced on Thursday the establishment and months of successful operation of a new solar energy facility at its manufacturing plant in Athens, Tennessee.
    The 18.8-acre solar field began operating in May on the north side of DENSO Manufacturing Athens Tennessee’s property.
    It includes more than 10,000 solar panels and has the capacity to generate 5.25 megawatts of electricity.

    Photo via DENSO

    Photo via DENSO

    Company leaders say the project is expected to provide enough renewable power to offset nearly 14% of the Athens plant’s yearly electricity use.
    Through August, the facility produced more than 3,200 megawatt-hours of electricity: enough to power about 300 average U.S. homes for a year, according to DENSO.
    The company estimates that production also prevented about 1,125 metric tons of carbon emissions.

    Photo via DENSO

    Photo via DENSO

    DENSO partnered with renewable energy company Solarity on the project, with support from GridMarket, the Athens Utilities Board, and TVA.
    The Athens facility is one of DENSO’s largest onsite renewable energy installations in North America and follows a solar project launched last year at the company’s Maryville plant.
    DENSO says the investments are part of its goal to make its products, processes and facilities carbon neutral by 2035.
    2026 Sinclair, Inc.

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    Food Bank of the Rockies' new 270,000-square-foot facility turns sustainability into millions of meals – Denver7

    AURORA, Colo. — From high-speed cooler doors designed to reduce energy loss to a rooftop solar array expected to supply most of the building’s electricity, nearly every aspect of the facility was designed to lower operating costs and maximize the resources available to feed people across Colorado and Wyoming.
    “We moved in on Dec. 1 last year, so we’re just getting good at using the building,” said Steve Kullberg, chief of staff for Food Bank of the Rockies.
    See what 2,000 solar panels looks like in the video below:
    The nonprofit’s new headquarters consolidates operations that were previously spread across multiple locations. Kullberg said sustainability was a priority from the earliest stages of planning.
    “Food banking is all about sustainability,” he said. “The fundamental premise is that we’re recovering food that would otherwise go to the landfill, and so we take that same logic into everything that we’re doing.”
    Designed for efficiency
    The facility includes 52,000 square feet of refrigerated and freezer space. To reduce energy consumption, designers incorporated additional insulation, extensive sealing and specialized cooler layouts.
    In some parts of the warehouse, Kullberg said, temperatures remain surprisingly stable without active heating or cooling.
    “We put extra insulation in here and took measures to make sure the building was well sealed,” he said. “Even in 100-degree weather, it was still comfortable in this part of the building without any air conditioning.”
    The building also features skylights for natural illumination and LED lighting throughout.
    Standing near a refrigerated section of the warehouse, Kullberg pointed to another efficiency measure: high-speed roll-up doors that limit the transfer of cold air between storage areas.
    “We’re trying to maximize the conservation of that, or minimize the transfer of energy,” he said.
    According to Food Bank of the Rockies, the facility is saving approximately $500,000 annually in operating costs compared to its previous setup.
    Those savings have a direct impact on the organization’s mission.
    “We can generally get three meals for $1,” Kullberg said. “That $500,000 is a million and a half extra meals that we can provide the community.”
    Keeping waste out of landfills
    Food recovery is the foundation of the food bank’s operations. Kullberg said roughly 56% of incoming food comes from grocery stores and distribution centers, diverting large amounts of edible food from landfills.
    But food isn’t the only material being recycled.
    Volunteer Chuck Johnson has spent 16 years helping process the enormous amount of cardboard that passes through the warehouse.
    “We have a massive amount of cardboard that comes through,” Johnson said.
    The cardboard baler he operates produces one or two bales a day, each weighing about a ton. The compressed cardboard is collected and sent to paper mills where it is recycled into new boxes.
    “The laugh and giggle is, I could probably be doing two or three boxes that I’d done before have come through the system and gone and then are back again,” Johnson said.
    The facility also recycles significant amounts of plastic wrap used to secure pallets. Kullberg said the plastic is recycled and ultimately repurposed into materials used in roadway construction.
    “They make pellets out of it, and they use it to add to asphalt,” he said. “So, it’s part of the roadway systems.”
    Rooftop solar expected to power 87% of facility
    Perhaps the most visible sustainability feature sits on the roof.
    More than 2,000 solar panels make up a 1.3-megawatt solar system installed by Colorado-based Namaste Solar.
    Rachel Mountain, director of commercial sales for Namaste Solar, said the system is expected to offset up to 87% of the food bank’s electricity usage.
    The long-term financial impact could be substantial.
    “It’s estimated to generate about $4.4 million in lifetime savings, which translates to approximately 13.4 million meals,” Mountain said.
    Rather than requiring Food Bank of the Rockies to pay for the project upfront, a financing partnership allowed the nonprofit to preserve capital for its core mission while benefiting from future energy savings.
    “Solar is one piece of the puzzle,” Mountain said. “The lifetime savings of about $4.4 million can hopefully be redirected to the food bank’s core mission.”
    Mountain said the project demonstrates a model other nonprofits, schools, municipalities and community organizations could potentially replicate.
    “This food bank project is a shining example, and it’s a repeatable model,” she said.
    Sustainability and hunger relief go hand in hand
    For Food Bank of the Rockies, sustainability is about more than reducing emissions or lowering utility bills.
    Every dollar saved can help provide more food to people facing hunger.
    The organization believes its environmental initiatives support the same mission as its food recovery efforts: making the most of available resources and putting them to work for the community.
    “The idea of sustainability goes hand in hand with the nature of the work that we’re doing,” Kullberg said. “It’s been really fun to work on a design that brought sustainability into the work that we’re doing for helping people that are wrestling with food insecurity.”
    This story was reported on-air by a journalist and has been converted to this platform with the assistance of AI. Our editorial team verifies all reporting on all platforms for fairness and accuracy.

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    Brookings, energy provider mark completion of solar project – dakotanewsnow.com

    BROOKINGS, S.D. (Dakota News Now) – The city of Brookings and Missouri River Energy Services celebrated the completion of the Brookings Solar Project.
    The project adds locally produced energy to the community. It consists of over 2,000 solar panels covering roughly half of the 80-acre site.
    “The city of Brookings and the municipal of Brookings has been outstanding. They are a big partner for us and helping us develop it. We are actually connecting to one of their local distributions, and we are working actively with them to get the connection completed, and they are going to help us with maintenance as well,” said Terry Wolf, VP and COO of Missouri River Energy Services.
    The project increases MRES-owned solar capacity by nearly one-third to approximately 16 megawatts.
    Learn more about the Brookings Solar Project here.
    Copyright 2026 Dakota News Now. All rights reserved.

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    Newsom signs California plug-in solar bill, establishing the nation's largest balcony solar market – pv magazine USA

    California is used to setting the pace for the rest of the nation when it comes to solar policy. But on the last day for the governor to act on bills passed during the 2026 legislative session, the state found itself very near the end of the first wave of plug-in solar laws in the United States.
    Senate Bill 868, informally known as the “Plug Into the Sun Act,” was first introduced in the state legislature in January by Senator Scott Wiener, who represents California’s 11th state district, covering all of San Francisco and parts of northern San Mateo County. 
    The law, which takes effect on Jan. 1, 2027, defines “portable solar generation devices” as photovoltaic devices designed to be connected to a building’s wiring through a receptacle and offset onsite electricity consumption. The law says a single dwelling can have devices with total AC output of no more than 1,200 watts, which must be certified by UL or an equivalent testing laboratory.
    The law will exempt these devices from utility interconnection requirements, and bar utilities from charging any fees or requiring their customers to obtain permission to use the devices.
    “Electricity costs have reached ridiculous levels here in California, and now that the Plug and Play Solar Act is law, Californians have a much-needed tool to provide relief,” said Wiener in a statement celebrating the bill’s passage. “These small, easy-to-use solar panels will give everyone, including renters, the relief they desperately need on our outrageous energy bills. It’s time to put money back in the pockets of Californians,” he added.
    Learn more about plug-in solar from expert panelists at our upcoming pv magazine USA Week live webinar event on October 21.
    Riding the plug-in wave
    SB 868 was one in a number of bills introduced in state houses across the country that sought to enable the use of plug-in devices (often called “balcony solar” because of their frequency use by apartment dwellers with limited outdoor space). 
    In total, 35 states considered plug-in solar laws in 2026, following the successful passage of the nation’s first solar law — Utah’s HB 340 — in 2025.
    In addition to the Utah law, bills in eight other states were passed and signed into law prior to Governor Newsom’s approval of the California bill on Sept. 30. The SUNNY Act, a plug-in solar bill approved by the New York state legislature in June, still awaits the signature of Governor Kathy Hochul.
    Among the organizations pushing for the passage of SB 868 were the Environmental Working Group (EWG), California Solar and Storage Association (CALSSA), the Sierra Club, and Bright Saver, a nonprofit based in the Bay Area, which has advocated for plug-in solar rules nationwide.
    “This new law will deliver cleaner power, greater energy independence and real savings for consumers,” said Bernadette Del Chiaro, EWG’s senior vice president for California. “We applaud Sen. Wiener, Gov. Newsom and the many elected leaders who helped make this commonsense clean energy solution a reality.”
    Brad Heavner, executive director of CALSSA said “We applaud Gov. Newsom for approving the use of Virtual Power Plants to reduce the need for utility expenditures. These new tools will make energy more affordable for everybody by getting more usage out of the infrastructure that Californians have already paid for.”
    Opening the California plug-in solar market
    While California may not have been first past the post with its plug-in solar law, SB 868 still represents a huge win for plug-in solar advocates. California is the nation’s most populous state, with millions of renters and condo dwellers, and it receives ample solar radiation across its most densely-populated areas. 
    Put another way, the Golden state represents a golden opportunity for companies that make and sell small solar generation devices designed to be installed without a permit or utility interconnection agreement.
    One company offering plug-in solar solutions is EcoFlow, whose STREAM series plug-in solar solution has been very popular in Utah.
    “This is a huge win for California renters, condo owners and anyone who wants an affordable, simple path to more energy independence,” EcoFlow head of communications Ryan Oliver told pv magazine USA. “By creating a clear, streamlined framework for plug-in solar systems, California is proving that renewable power can be as simple as plugging into an outlet. We look forward to helping millions of households across the state take control of their power, lower their monthly electric bills and build a more resilient grid.”
    Bright Saver has actually been selling plug-in solar devices to Californians for more than a year — most recently announcing the sale of plug-in solar kits at what it costs them to obtain and ship them — operating in something of a legal grey area to prove the technology’s safety and usefulness as it pushed for rules to be established. But Bright Saver’s founders are happy to go legit. 
    As Kevin Chou, one of the nonprofit’s co-founders told pv magazine USA: “When we started Bright Saver 21 months ago, one of the most experienced clean energy policy experts in Sacramento told me a California plug-in solar law would take three to five years, optimistically. Plug-in solar is so easy to understand that it only took one legislative session.”
    However, Chou also pointed to a bit of a shadow that overhangs SB 868, noting “the utilities got a 2030 sunset into the bill.” 
    The sunset provision would repeal the rules exempting plug-in solar devices from interconnection requirements and barring utilities from requiring citizens to obtain permission to install and use the devices. This provision was a last-minute addition slotted into the bill in August by the Assembly Appropriations committee, before the bill headed to the floor for a final vote.
    Chou is confident the demand for plug-in solar will make it difficult for legislators to allow the repeal to stand. “The way we beat it is to put plug-in solar on so many California balconies by then that no legislator will vote to take it away,” he said.
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    Chinese solar cell hits 27.39% efficiency with new molecular design – thecooldown.com

    © 2025 THE COOL DOWN COMPANY. All Rights Reserved. Do not sell or share my personal information. Reach us at hello@thecooldown.com.
    One of the biggest obstacles, however, has been durability.
    Photo Credit: Getty Images
    An inverted perovskite solar cell from researchers at Hebei University of Technology, Jiaxing Nanhu University, and Tianjin University delivered 27.39% efficiency after the team introduced an additive that bolsters stability, pv magazine reported.
    The study was published in Joule in August. Using an additive called ADA-DA, the researchers applied a steric-gated dual-site chelation strategy. This strategy allowed the resulting solar cell to have a 27.39% power conversion efficiency. A reference device made without the additive functioned at only 26.24%.
    According to lead author Cong Chen, the work targeted a familiar weakness in perovskite devices.
    “Rapid film crystallization can generate subtle defects that become concentrated at surfaces, grain boundaries, and buried interfaces,” Chen said. “Although molecular additives can effectively mitigate these imperfections, their design requires a careful balance.”
    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.
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    The study said the approach led to a smoother, denser perovskite layer with larger grains and fewer grain boundaries. It reported lower densities of both electron and hole traps. An outside certification body not identified confirmed the 27.39% efficiency result.
    For homeowners, going solar is already one of the best ways to save money on energy, and tools like EnergySage can help you get free installation estimates and compare quotes.
    Perovskite solar cells may be able to deliver high performance at lower manufacturing costs than traditional silicon panels.
    One of the biggest obstacles, however, has been durability. Tiny structural defects can lower efficiency and make the devices less stable over time.
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    “Additive engineering offers a practical strategy to address these challenges by regulating crystallization while simultaneously passivating electronic defects. However, effective additives must balance strong defect binding with unhindered charge transport while ideally providing additional protection against environmental stress,” Chen explained.
    Rather than allowing excessive crowding at the interface, ADA-DA is designed so its adamantane core helps control local packing.
    Continued study on this subject could help create solar panels that are even more efficient and cost-effective.
    Chen even said the technology could be used in real buildings.
    💡Go deep on the latest news and trends shaping the residential solar landscape
    “The bifacial architecture combines high efficiency with transparency and illumination from either side, making it attractive for building-integrated photovoltaics (BIPV),” Chen stated.
    With EnergySage’s help, you can save up to $10,000 on average on solar purchases and installations. EnergySage’s solar map shows the average cost of a home solar panel system by state, along with details on solar panel incentives for each state. Together, these resources can help homeowners get the best price for rooftop solar panels and access available incentives.
    Adding battery storage to a solar setup is one of the best ways to protect your home during outages, save money on energy, and go off grid. Homeowners can explore EnergySage for information about home battery storage options, including competitive installation estimates.
    This breakthrough is part of a widespread effort to make solar cells more efficient with better materials and device designs.
    • In Singapore, scientists achieved certified world-record efficiency with a new perovskite solar cell.
    • At the Chinese Academy of Sciences, scientists built highly efficient and stable binary organic cells.
    • At NREL, scientists found that molecules improve solar storage once they cross a key threshold.
    • Researchers developed a tandem solar cell using antimony selenide that reached 20% efficiency.
    • Scientists finally cracked the code on plastic-like organic solar cells for cleaner energy.
    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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    Brookings, energy provider mark completion of solar project – Dakota News Now

    BROOKINGS, S.D. (Dakota News Now) – The city of Brookings and Missouri River Energy Services celebrated the completion of the Brookings Solar Project.
    The project adds locally produced energy to the community. It consists of over 2,000 solar panels covering roughly half of the 80-acre site.
    “The city of Brookings and the municipal of Brookings has been outstanding. They are a big partner for us and helping us develop it. We are actually connecting to one of their local distributions, and we are working actively with them to get the connection completed, and they are going to help us with maintenance as well,” said Terry Wolf, VP and COO of Missouri River Energy Services.
    The project increases MRES-owned solar capacity by nearly one-third to approximately 16 megawatts.
    Learn more about the Brookings Solar Project here.
    Copyright 2026 Dakota News Now. All rights reserved.

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    Richmond leaders introduce changes to proposed solar project – WRIC ABC 8News

    Richmond leaders introduce changes to proposed solar project  WRIC ABC 8News
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    Plug-in solar is now legal in California — but there's a catch – ABC10

    Plug-in solar is now legal in California — but there’s a catch  ABC10
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    Renalfa & Eurowind inaugurate 242 MW Tenevo hybrid complex – solarbytes.info

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    Renewable energy independent power producer Renalfa IPP and Eurowind Energy inaugurated the Tenevo hybrid renewable energy complex in South-Eastern Bulgaria on September 30, 2026. The platform combines a 242 MWp solar PV plant with two co-located battery energy storage systems totalling 311 MW/773 MWh. Renalfa IPP develops and operates renewable energy and energy storage assets, while Eurowind Energy develops, constructs and operates renewable energy projects. The solar plant is expected to generate approximately 332 GWh of electricity annually, with Solarpro Holding serving as EPC contractor and project manager. EBRD and Raiffeisen Bank International are financing the complex, including EUR 50 million and EUR 53 million, respectively, for the PV portion. The PV plant and first BESS phase have been operational since 2025, while EUR 60 million financing for the second BESS phase is expected to be signed shortly. Investment across all phases is expected to exceed EUR 500 million, with more than 250 MW of wind capacity planned for the platform.
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    © 2026 SOLARbytes | SOLARbytes is a publication of Wat(t) Bytes Media Pvt. Ltd. All rights reserved.

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    California formally legalizes smaller, cheaper 'balcony solar' panels – KPBS

    Gov. Gavin Newsom has signed a bill formally legalizing so-called balcony solar panels that are smaller, cheaper and easier to install.
    Supporters said the new law will make renewable energy more accessible for renters and other households that can’t — or don’t want to — install conventional solar setups.
    Bernadette Del Chiaro, with the nonprofit Environmental Working Group, spoke in support of balcony solar during a press conference in the Bay Area on Thursday.
    “This is one of the most immediate, concrete, tangible, real and affordable things that we can do to start to get control of our high energy costs — but also save the planet,” she said.
    In San Diego, electric bills have almost doubled over the last decade and are more than double the national average.
    California’s law, which goes into effect Jan. 1, will allow households to install balcony setups without going through the complicated interconnection application process currently needed for solar panels of all sizes. Arrays will be permitted up to 1,200 watts, roughly equivalent to the power needs of a window air conditioner.
    A flurry of states have legalized balcony solar over the past year after watching it take off in Europe. Most households can plug their panels into a standard wall outlet — no installation required.
    In comparison, California’s law includes some compromises.
    Balcony setups must be certified under a new national safety standard that doesn’t yet cover many products in the market. Depending on what manufacturers release, a household may need to hire an electrician to connect panels above a certain wattage to a special wall outlet.
    Unless lawmakers extend it, California’s balcony solar statute is also set to sunset in 2030 as a way to protect against unintended consequences for the power grid.

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    Juniper Green Energy commissions additional 100 MWh BESS capacity at Bikaner – pv magazine India

    Juniper Green Energy has commissioned an additional 100 MWh of battery energy storage system (BESS) capacity at its Bikaner-II project in Rajasthan, taking the project’s total commissioned storage capacity to 201 MWh.
    The additional capacity was commissioned through the company’s wholly owned subsidiary  Juniper Green Cosmic, within the project’s existing grid connectivity.
    The company said the recently issued regulatory clarity from the Central Transmission Utility of India Ltd allows addition of storage capacity without increasing the grid connectivity quantum, thereby ensuring optimal utilisation of existing transmission infrastructure. This allows the company to add incremental storage capacity in a capital-efficient manner.
    The capacity will initially operate on a merchant basis, enabling Juniper Green to participate in India’s evolving energy storage market and capture value from the growing requirement for flexibility and grid balancing.
    “Commissioning an additional 100 MWh of BESS within the existing grid connectivity at Bikaner-II is a strong example of how we are looking to maximise the value of our existing infrastructure,” said Ankush Malik, Whole-time Director and CEO, Juniper Green Energy. “Taking the project’s commissioned storage capacity to 201 MWh gives us additional merchant capacity without requiring incremental grid connectivity, creating a new avenue to participate in the power market. We see this approach as an important part of building a more commercially flexible storage portfolio alongside our long-term contracted renewable assets.”
    Juniper Green Energy Ltd is an independent renewable energy power producer in India, focused on the development, construction, and operation of utility-scale solar, wind, hybrid, and Firm & Dispatchable Renewable Energy projects. It has an operational capacity of approximately 2.7 GWp and 603 MWh BESS and a total portfolio (including operational, under-construction, contracted and awarded projects) of more than 11 GWp and 8.9 GWh BESS.
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    California legalizes plug-in solar panels for homes and apartments – ABC10

    California legalizes plug-in solar panels for homes and apartments  ABC10
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    U.S. small-scale solar adds 1.6 GW in Q2 – pv magazine Global

    The U.S. distributed solar market added almost 1.6 GW of new capacity in the second quarter of 2026, maintaining a steady buildout rate across behind the meter installations. According to the latest quarterly Big Impact of Small Solar report published by the Institute for Local Self-Reliance (ILSR), total solar power accounted for 55% of all new electric generating capacity added to the national grid in Q2 when combining large-scale and small-scale assets.
    While solar retained its position as the primary source of new U.S. electricity capacity, its relative market share contracted compared to prior quarters. ILSR data indicates this dilution was driven by a sharp rise in fossil power coming online, with Q2 recording higher thermal capacity additions than any single quarter over the past two years.
    Despite the headwinds created by conventional generation additions and broader market adjustments, small-scale systems continue to offer a reliable buffer for national clean energy additions. The quarter’s 1.6 GW contribution highlights the segment’s relative insulation from transmission queue bottlenecks that continue to delay multi-hundred-megawatt utility projects.
    Energy storage pairing accelerates
    A key factor supporting small-scale solar resilience is the rapid co-location of battery energy storage systems (BESS). Behind the meter storage deployments reached a notable threshold in Q2 2026, with over 2.5 GWh of distributed storage capacity added across residential, commercial, and community sites.
    Industry analysts attribute this growth in battery integration to evolving net metering policy frameworks, which increasingly reward self-consumption and load shifting over direct grid exports. By pairing solar with local energy storage, distributed resources are providing critical grid balancing services and mitigating local distribution network congestion.
    As utility-scale interconnection delays persist, the consistent deployment of small solar and distributed storage assets highlights the expanding role of decentralized generation in meeting rising national power demand.
    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: [email protected].
    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: [email protected].
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    Newsom signs California plug-in solar bill, establishing the nation's largest balcony solar market – pv-magazine-usa.com

    California is used to setting the pace for the rest of the nation when it comes to solar policy. But on the last day for the governor to act on bills passed during the 2026 legislative session, the state found itself very near the end of the first wave of plug-in solar laws in the United States.
    Senate Bill 868, informally known as the “Plug Into the Sun Act,” was first introduced in the state legislature in January by Senator Scott Wiener, who represents California’s 11th state district, covering all of San Francisco and parts of northern San Mateo County. 
    The law, which takes effect on Jan. 1, 2027, defines “portable solar generation devices” as photovoltaic devices designed to be connected to a building’s wiring through a receptacle and offset onsite electricity consumption. The law says a single dwelling can have devices with total AC output of no more than 1,200 watts, which must be certified by UL or an equivalent testing laboratory.
    The law will exempt these devices from utility interconnection requirements, and bar utilities from charging any fees or requiring their customers to obtain permission to use the devices.
    “Electricity costs have reached ridiculous levels here in California, and now that the Plug and Play Solar Act is law, Californians have a much-needed tool to provide relief,” said Wiener in a statement celebrating the bill’s passage. “These small, easy-to-use solar panels will give everyone, including renters, the relief they desperately need on our outrageous energy bills. It’s time to put money back in the pockets of Californians,” he added.
    Learn more about plug-in solar from expert panelists at our upcoming pv magazine USA Week live webinar event on October 21.
    Riding the plug-in wave
    SB 868 was one in a number of bills introduced in state houses across the country that sought to enable the use of plug-in devices (often called “balcony solar” because of their frequency use by apartment dwellers with limited outdoor space). 
    In total, 35 states considered plug-in solar laws in 2026, following the successful passage of the nation’s first solar law — Utah’s HB 340 — in 2025.
    In addition to the Utah law, bills in eight other states were passed and signed into law prior to Governor Newsom’s approval of the California bill on Sept. 30. The SUNNY Act, a plug-in solar bill approved by the New York state legislature in June, still awaits the signature of Governor Kathy Hochul.
    Among the organizations pushing for the passage of SB 868 were the Environmental Working Group (EWG), California Solar and Storage Association (CALSSA), the Sierra Club, and Bright Saver, a nonprofit based in the Bay Area, which has advocated for plug-in solar rules nationwide.
    “This new law will deliver cleaner power, greater energy independence and real savings for consumers,” said Bernadette Del Chiaro, EWG’s senior vice president for California. “We applaud Sen. Wiener, Gov. Newsom and the many elected leaders who helped make this commonsense clean energy solution a reality.”
    Brad Heavner, executive director of CALSSA said “We applaud Gov. Newsom for approving the use of Virtual Power Plants to reduce the need for utility expenditures. These new tools will make energy more affordable for everybody by getting more usage out of the infrastructure that Californians have already paid for.”
    Opening the California plug-in solar market
    While California may not have been first past the post with its plug-in solar law, SB 868 still represents a huge win for plug-in solar advocates. California is the nation’s most populous state, with millions of renters and condo dwellers, and it receives ample solar radiation across its most densely-populated areas. 
    Put another way, the Golden state represents a golden opportunity for companies that make and sell small solar generation devices designed to be installed without a permit or utility interconnection agreement.
    One company offering plug-in solar solutions is EcoFlow, whose STREAM series plug-in solar solution has been very popular in Utah.
    “This is a huge win for California renters, condo owners and anyone who wants an affordable, simple path to more energy independence,” EcoFlow head of communications Ryan Oliver told pv magazine USA. “By creating a clear, streamlined framework for plug-in solar systems, California is proving that renewable power can be as simple as plugging into an outlet. We look forward to helping millions of households across the state take control of their power, lower their monthly electric bills and build a more resilient grid.”
    Bright Saver has actually been selling plug-in solar devices to Californians for more than a year — most recently announcing the sale of plug-in solar kits at what it costs them to obtain and ship them — operating in something of a legal grey area to prove the technology’s safety and usefulness as it pushed for rules to be established. But Bright Saver’s founders are happy to go legit. 
    As Kevin Chou, one of the nonprofit’s co-founders told pv magazine USA: “When we started Bright Saver 21 months ago, one of the most experienced clean energy policy experts in Sacramento told me a California plug-in solar law would take three to five years, optimistically. Plug-in solar is so easy to understand that it only took one legislative session.”
    However, Chou also pointed to a bit of a shadow that overhangs SB 868, noting “the utilities got a 2030 sunset into the bill.” 
    The sunset provision would repeal the rules exempting plug-in solar devices from interconnection requirements and barring utilities from requiring citizens to obtain permission to install and use the devices. This provision was a last-minute addition slotted into the bill in August by the Assembly Appropriations committee, before the bill headed to the floor for a final vote.
    Chou is confident the demand for plug-in solar will make it difficult for legislators to allow the repeal to stand. “The way we beat it is to put plug-in solar on so many California balconies by then that no legislator will vote to take it away,” he said.
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    New DENSO solar field offsets nearly 14% of Athens plant power use – WTVC

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    DENSO announced on Thursday the establishment and months of successful operation of a new solar energy facility at its manufacturing plant in Athens, Tennessee.
    The 18.8-acre solar field began operating in May on the north side of DENSO Manufacturing Athens Tennessee’s property.
    It includes more than 10,000 solar panels and has the capacity to generate 5.25 megawatts of electricity.

    Photo via DENSO

    Photo via DENSO

    Company leaders say the project is expected to provide enough renewable power to offset nearly 14% of the Athens plant’s yearly electricity use.
    Through August, the facility produced more than 3,200 megawatt-hours of electricity: enough to power about 300 average U.S. homes for a year, according to DENSO.
    The company estimates that production also prevented about 1,125 metric tons of carbon emissions.

    Photo via DENSO

    Photo via DENSO

    DENSO partnered with renewable energy company Solarity on the project, with support from GridMarket, the Athens Utilities Board, and TVA.
    The Athens facility is one of DENSO’s largest onsite renewable energy installations in North America and follows a solar project launched last year at the company’s Maryville plant.
    DENSO says the investments are part of its goal to make its products, processes and facilities carbon neutral by 2035.
    2026 Sinclair, Inc.

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