From gut instinct to grid reality: GreenBrilliance CEO Sumit Bhatnagar on building solar before its time – The American Bazaar

At Startup Bazaar: DC Climate Week, Sumit Bhatnagar traces the long arc of building a solar business in a market that took years to arrive
What does it take to build a clean energy business ahead of its time—and sustain it through shifting policy, market skepticism, and technological change? Few in the industry are more qualified to offer a clear-eyed answer than Sumit Bhatnagar, CEO of GreenBrilliance.
At a fireside chat during Startup Bazaar: DC Climate Week, held at the Hopkins Bloomberg Center in Washington, DC, on April 20, the Indian-born entrepreneur offered a candid and wide-ranging look at the industry through the lens of nearly two decades in solar.
Moderated by Rohit Tripathi, principal at VU Capital, the conversation moved from Bhatnagar’s unconventional entrepreneurial journey to the structural challenges facing the renewable energy sector today, including financing, utility relationships, and the rising pressure from data centers.
Tripathi set the tone early, describing Bhatnagar as “the kind of… green entrepreneur that was… ahead of his time in 2007, and sadly he still is ahead of his time in 2026.”
That framing became a thread running through the discussion: why clean energy adoption has lagged its potential—and what it will take to close that gap.
Bhatnagar did not come from the energy sector. His early career was in software and engineering, building products and running a technology business. But frequent travel to Europe in the mid-2000s exposed him to a region already moving ahead on solar adoption.
“Europe was way ahead in the game… and I realized that we in America did not even know how to spell solar,” he said.
That realization led to a dramatic pivot. Around 2007, Bhatnagar sold his software company and went “all in on solar,” building manufacturing capacity overseas while establishing a U.S. presence headquartered in Herndon, Virginia.
At the time, however, the U.S. solar market was virtually nonexistent—not just in adoption, but in infrastructure.

“The challenge was astronomical, because A, the environment did not exist. B, policies did not exist. C, financial models did not exist. Customers did not exist,” he said.
What existed, he noted, was only a “customer thought process”—latent demand that had not yet found a pathway to adoption.
Building conviction without spreadsheets
One of the most striking moments in the conversation came when Tripathi pressed Bhatnagar on how entrepreneurs develop conviction in uncertain markets.
Bhatnagar’s answer rejected the conventional reliance on financial modeling.
“Most important is your gut. If your gut says, got to do it, then just do it,” he said.
He warned against over-reliance on spreadsheets: “The worst thing that you would see is the excel file… excel files may give you a relief when you go to bed, but it will not give you a good night’s sleep.”
Instead, he emphasized clarity about customers—not just end users, but the entire ecosystem around a business.
“In our business… every partner is a customer, every bank we work with is our customer, every sales rep is our customer… even though transaction-wise we pay them,” he said.
This philosophy—closely aligned with what academics describe as stakeholder capitalism—was not learned from textbooks, Bhatnagar said, but from experience and upbringing.
“You cannot buy respect. You’ll have to earn it. It’s as simple as that,” he added.
In the early years, the challenge was not just selling solar—it was explaining it.
“For several years, our sales pitch was less sales pitch. It was more academic pitch,” Bhatnagar said.
His team would spend hours explaining basic concepts: how solar panels generate electricity, how DC converts to AC, and how installations would affect utility bills over time.
The company even funded its first installations to create proof points.
“We had to put in our seed money to actually buy your first customer,” he said, recalling how they installed systems at no cost in exchange for permission to document the work.
From that first foothold, growth came incrementally—“one home at a time”—eventually scaling to thousands of installations.
Despite growing awareness, widespread adoption remained constrained until one key factor changed: financing.
“The biggest turnaround started to come around 2012-2013… when different banks started to come in… with loan products or lease products,” Bhatnagar said.
He drew a distinction between cost and affordability—a theme that resonated throughout the session.
“It’s not about the cost… if it was not affordable there is no way none of those reasons could be satisfied,” he said, comparing solar adoption to car financing.
Once financing structures allowed homeowners to adopt solar with manageable monthly payments, the market began to unlock.
“I won’t say it’s a last mile but it is definitely a big catalyst,” he said.
As GreenBrilliance grew, Bhatnagar resisted the typical startup playbook of rapid expansion.
“My concept of scale up is… a little different. I call it scale in,” he said.
Rather than maximizing volume, he emphasized depth—stronger relationships, better service, and tighter operational alignment.
“If I sell 200 homes a day… I’ll get away from my customers,” he warned.
The company instead focused on building teams, reinforcing culture, and ensuring that growth did not come at the expense of service quality.
“Learning the culture takes time… sometimes you have to unlearn something to learn something,” he said.
The utility bottleneck
No discussion of renewable energy is complete without addressing utilities—and Bhatnagar did not shy away from the tension.
“Our relationship with the utilities is… very interesting,” he said.
Utilities, he noted, still hold structural power, particularly over grid interconnection.
“If they do not interconnect your systems… you would have to find other ways,” he said.
He described scenarios where infrastructure upgrades—such as transformer replacements—can dramatically increase project costs, effectively blocking adoption.
At the same time, he acknowledged that utilities are responding to a challenge they did not anticipate: the rapid growth of distributed renewable energy.
“The vast speed of renewable energy adoption is something that the utility never imagined,” he said.
On government incentives, Bhatnagar offered a counterintuitive view: while helpful, subsidies are not the primary driver of adoption.
“The monies… are good if people can get it but it is not the showstopper,” he said.
He pointed to repeated cycles where incentives were reduced—only to see adoption continue to rise.
“Solar went even higher pace,” he said after one such reduction.
Ultimately, he argued, the core value proposition—long-term savings and energy independence—outweighs short-term incentives.
The data center dilemma
The conversation turned sharply toward one of the most pressing issues in the energy landscape: data centers.
Northern Virginia, where GreenBrilliance is based, has become the epicenter of global data center growth. Bhatnagar expressed strong concerns about the environmental and infrastructural implications.
“Data centers… started to pop up like mushrooms,” he said.
He argued that local governments prioritized revenue over sustainability, creating long-term challenges.
“Residents… will face a lot of environment-related challenges,” including heat and infrastructure strain, he warned.
Data centers, he noted, consume enormous amounts of power and are difficult to integrate with renewable energy solutions due to structural constraints.
This has led to renewed interest in nuclear energy—a path Bhatnagar views skeptically.
“Nuclear energy is cheap… but… decommissioning… is an insane amount of money,” he said.
Understanding the customer
In closing, Bhatnagar returned to what he sees as the central challenge—not policy, not technology, but people.
“The biggest challenge is not the policy… it is your people,” he said.
He emphasized that success depends on aligning products with customer needs, preferences, and behaviors.
“Maybe I need to sell it the way you want to buy it,” he said.
From real-time monitoring apps to flexible financing, the evolution of solar adoption reflects this shift toward customer-centric design.
“You will only do business with people. Nothing else,” he concluded.
A sector still catching up
If there was one takeaway from the session, it was that the clean energy transition is not just a technological or financial challenge—it is a behavioral one.
Bhatnagar entered solar when the market barely existed. Nearly two decades later, the industry has made significant progress, but many of the underlying frictions remain: grid constraints, policy fragmentation, and the constant need to align innovation with human behavior.
As Tripathi noted at the outset, Bhatnagar may still be ahead of his time. The question, as the conversation made clear, is whether the rest of the ecosystem can finally catch up.
This marked the second consecutive year that The American Bazaar hosted Startup Bazaar at DC Climate Week, underscoring its growing role as a platform for conversations at the intersection of innovation and climate. DC Climate Week, which kicked off on Monday, runs through Sunday, bringing together founders, investors, policymakers, and industry leaders for a series of events across the capital.
Samarpita Bhawal is a Social Media and Video Editor at The American Bazaar.





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'Use it or lose it': Solar advocates say IRS is still writing checks for solar credits, so go get yours – Pittsburgh Post-Gazette

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Three Papers Published Consecutively in Nature Energy: JinkoSolar's Breakthroughs in TOPCon/Perovskite Tandem Technology Receive Authoritative Recognition – InsideNoVa.com

Three Papers Published Consecutively in Nature Energy: JinkoSolar’s Breakthroughs in TOPCon/Perovskite Tandem Technology Receive Authoritative Recognition  InsideNoVa.com
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Solx Aurora platform adds Caelux glass for US scale-up – Solarbytes

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Solx, a US-based solar manufacturer, has announced a five-year, 3-GW strategic partnership with Caelux, a US-based perovskite solar technology company, to scale a US-made high-performance tandem PV module. The module integrates Caelux’s energy-producing glass into Solx’s Aurora platform in place of conventional top glass, creating a hybrid tandem design with double power generation layers. According to the source text, the module is designed to reach efficiencies of 28% and deliver more power than conventional silicon-only modules. The agreement also marks Caelux’s shift from laboratory and low-volume production toward giga-scale deployment. US production is already underway, and Solx Aurora beta modules built with Caelux’s glass have already been confirmed for deployment in an operating domestic project with a leading US-based developer. Wider commercial volumes are expected by 2027, with a roadmap to multi-gigawatt annual domestic capacity. The domestic supply chain also includes Suniva’s US-produced solar cells as the second power layer, while Suniva earlier in April announced plans for a 4.5 GW solar cell manufacturing facility in Laurens, South Carolina.

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Malaysia Urged To Focus On Long-Term Solar Gains Despite Rooftop Adoption Slowdown – SolarQuarter

Malaysia Urged To Focus On Long-Term Solar Gains Despite Rooftop Adoption Slowdown  SolarQuarter
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Inside PV Manufacturing: Belga Solar’s module factory in Belgium – pv magazine International

In the latest article of a new series on solar manufacturing facilities around the world, pv magazine presents Belga Solar’s solar manufacturing facility in Wallonia, Belgium.
Belga Solar’s production line
Image:Geoffroy Libert/Belga Solar
Belga Solar, formerly Evocells, began life as an installation company in 2007 before deciding to invest in its own production unit in 2012. The company transitioned to the Belga Solar brand in 2022, and in 2024 secured a €3 million ($3.51 million) capital increase to help accelerate its technological transition. The company’s current financial structure includes public financial institution Wallonie Entreprendre, private investors, and the company’s managing directors, Frédéric Conrads and Sébastien Mahieu.
Today, Belga Solar’s manufacturing facility, located in Baillonville, central Wallonia, is where all the company’s solar panels are designed and manufactured. The facility has an annual capacity of 100 MW, equivalent to around 200,000 modules.
Belga Solar refers to itself as a mission-driven company whose core ambition is to ‘be the best for the world, rather than just the best in the world.’ It says this mission is defined by three strategic axes of the European energy transition, Belgian reindustrialization and Europe’s PV sovereignty.
Its production line, designed as an integrated vertical model, utilizes equipment from Italian PV equipment manufacturer EcoProgetti. Mahieu told pv magazine that the company chose to acquire EcoProgretti machines when growing the factory capacity to align its aim of supporting Europe’s PV industry. “We believe it doesn’t make sense to just have Chinese panels on our rooftops,” he explained. “We also have to have European workers and we also have to have European prosperity.”
Work on Belga Solar’s production line begins with high-precision cell soldering, followed by automated cell positioning and circuit assembly. The production line also completes electroluminescence testing, lamination testing, framing and finishing. Each panel undergoes six stages of control testing in total before being put to market, helping to offer 25-year performance and product guarantee.
Image:Geoffroy Libert/Belga Solar
Belga Solar has fully transitioned its production line from passivated emitter and rear cell (PERC) technology to tunnel oxide passivated contact (TOPCon) technology. Its core products include its Design range of black solar panels of 425-430 Wc, aimed at residential and architectural projects, alongside its Performance range of panels for agricultural and commercial and industrial customers with 450 Wc output. Both series feature half-cut M10 cells and a 35 mm black aluminium frame. 
The company also produces a number of specialty modules at its facility, including panels for agrivoltaics and building-integrated photovoltaics. Belga Solar is also responsible for the local manufacturer of Wattway modules, a patented PV road surfacing technology developed by French transportation infrastructure company Colas in partnership with the National Institute of Solar Energy (INES), which is laid directly onto existing road surfaces.
Belga Solar’s production line also produces the company’s SkySafe modules, a new innovation that Mahieu said the company has started its first orders and deliveries of this year. SkySafe is a 490 Wc anti-glare black panel specifically designed for airport environments that has already been deployed at Brussels International Airport.
Mahieu told pv magazine that it was important to keep flexibility in the production line, as it enables the company to work on its diverse product range.
“We didn’t want a fully automatic production line because when you have such a production line, you still need the same amount of people working on the line, but they are just changing small things and robots do the work, and they can begin to lose their knowledge. It’s better to have them actively working on the product to keep their knowledge,” Mahieu explained. “The flexibility also allows us to produce specific products like the Wattway. It’s very specific, there’s no glass in it, for example.”
Belga Solar targets both the residential and commercial and industrial market segments, Mahieu added, emphasizing the local supply chain it offers its customers across both market segments. While working primarily in the Belgian market, Belga Solar is also growing its European and international footprints, with partnerships in France and an installation at Ecuador’s Universidad Estatal Amazónica inaugurated last year. “That was one of the big projects last year in Ecuador, and we want to continue growing over there too,” Mahieu said.
Belga Solar became the world’s first B-Corp certified solar panel manufacturer, an accolade awarded for meeting a range of social, environmental and accountability standards for its customers. The company has committed to reducing its carbon footprint across its operations through a range of methods including a 70% reduction in cardboard packaging through eco-friendly packaging to the use of fluorine-free backsheets and frames without screws or silicone to facilitate recycling. Up to 95% of its panels are recyclable, with each panel installed on a private home financing the planting of four trees through a partnership with Belgian NGO Graine de Vie.
The first article in pv magazine‘s new series on solar manufacturing facilities around the world covered United Solar’s polysilicon factory in Oman.
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NY approves large solar farm spanning Jefferson, Lewis counties – WWNY

ALBANY, New York (WWNY) – The state has given the green light for a solar farm spanning several hundred acres in Jefferson and Lewis counties.
Department of Public Service announced Wednesday that the final siting permit has been granted to AES Clean Power for the Sugar Maple Solar project.
The company plans to build solar arrays on land in the towns of Wilna and Croghan. The project will generate 125 megawatts of energy.
According to the state, Sugar Maple Solar will create an estimated 434 full-time construction jobs and three full-time operations positions.
It will also mean nearly $15 million in payments and tax revenue to the affected counties, towns, school districts and fire districts.
People living in the towns of Wilna and Croghan will receive $625,000 in utility bill credits over the first 10 years of operation.
The state says the project’s design was revised during the application process in response to community input. 7 News first reported on the proposed solar farm in January 2025.
It says the permit minimizes above-ground power line construction, reduces tree clearing, and includes substantial landscaping to screen the facility and preserve the aesthetic value of the area.
According to the state, the facility will include solar arrays, access roads, fencing, landscaping, buried and overhead collection lines, a 20 MW battery energy storage system and interconnection facilities.
The project is expected to be in operation in 2029.
7 News has reached out to the state Department of Public Service for more information. We’ll update this story when we get more details.
Copyright 2026 WWNY. All rights reserved.

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Facing Water Crisis, California Farmers Turn to Massive Solar Project – Governing

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Colombia's ambitious energy transition gets reality check – Index-Journal

A mainly sunny sky. Hazy. High 86F. Winds SW at 5 to 10 mph..
Clear skies. Low around 55F. Winds SSW at 5 to 10 mph.
Updated: April 23, 2026 @ 12:54 am
Aerial view of solar panels powering Hernan Sarmiento’s grocery store in Santa Marta, Magdalena department, Colombia
Hernan Sarmiento is one of thousands of Colombians to receive free solar panels under a government program to reduce dependency on fossil fuels

Aerial view of solar panels powering Hernan Sarmiento’s grocery store in Santa Marta, Magdalena department, Colombia
Hernan Sarmiento is one of thousands of Colombians to receive free solar panels under a government program to reduce dependency on fossil fuels
Hernan Sarmiento nearly went out of business in the Colombian city of Santa Marta due to his astronomical electricity costs.
But a flagship solar project introduced by the country’s first left-wing president, Gustavo Petro, allowed him to keep his grocery store and even pass on some of the savings to his customers in the form of lower prices.
Petro came to power in 2022 with the most ambitious energy transition plan of all Latin America. 
He vowed to halt all new oil and gas exploration, end fracking, and to make one of the world’s most biodiverse countries carbon neutral by 2050.
Three-quarters of Colombia’s electricity comes from renewable sources, mostly hydroelectric plants, with fossils fuels making up the rest.
The share of solar and wind rose from two percent in 2022 to 17 percent now, according to the energy ministry.
But with just four months left before Petro leaves office, Colombia’s energy transition “still lags far behind its ambition,” the Climate Action Tracker, which monitors countries’ progress towards their climate commitments, said. It rated Colombia’s policies as “insufficient.”
Central to Colombia’s climate ambitions is “Colombia Solar” — a $2-billion plan to equip over a million citizens with solar panels by 2030.
Colombia’s Caribbean coast, which will host the first international conference on phasing out fossil fuels starting Friday in the city of Santa Marta, was first in line for the rollout.
The region of white-sand beaches is soaked in sun for most of the year but pays a premium for electricity because it is generated using natural gas and coal, not water as in much of the country.
Sarmiento’s electricity bill fell from around $650 to $200 after solar panels were installed for free on the roof of his store and his wife’s sewing workshop. 
“I feel more relieved,” the 64-year-old told AFP.
Across the country in the southwestern city of Cali, then sun also powers some 2,000 low-income households.
Panels glint on the rooftops of small brick houses in a neighborhood mainly inhabited by families displaced by conflict. 
Andrea Mina, 32, runs a community kitchen that provides food to more than a hundred people.
Solar energy has helped her cut costs by nearly 10 percent, allowing her to serve up more food, she related.
Representatives of around 50 countries will gather in Santa Marta, one of Colombia’s largest coal-exporting ports, at the weekend to discuss the difficulty of weaning the world off fossil fuels.
Colombia is Latin America’s fourth-biggest oil producer. Oil and gas account for 30 percent of its exports.
Despite being an energy power, many families have to choose “between paying the (electricity) bill or eating,” Mines and Energy Minister Edwin Palma told AFP.
By doubling the amount of solar power in the energy mix in four years, the government has helped solve the dilemma, he said.
“There has been progress,” Oscar Vanegas, an economics professor at the Industrial University of Santander in northern Colombia acknowledged, while arguing it did not amount to “a real energy transition.” 
Some renewable energy programs, such as the installation of wind turbines in wind-swept northern Guajira peninsula, have foundered on resistance from Indigenous communities, who complain of “green colonialism.”
Weaning Colombia off fossil fuels will take decades, renewables expert Ismael Suescun warned.
“It’s not just about stopping hydrocarbon exploration and extraction” Suescun said, calling for a “gradual” energy transition that does not leave a huge hole in Colombia’s wallet.
It’s an argument often heard in neighboring Brazil, including from its left-wing president Luiz Inacio Lula da Silva, who has backed a major oil project near the mouth of the Amazon River.
Defending the project in February 2025 Lula said the revenues were necessary “to finance the energy transition, which will be very expensive.”
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Solar Panel Fire Damages Toms River Home – Patch

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TOMS RIVER, NJ — A fire in a solar panel left a Toms River uninhabitable, authorities said.
The fire in the two-story home was responded to by the East Dover Fire Company, Island Heights Fire Company and Toms River Fire Company 2 Rapid Intervention Team, said Matthew Janora, chief inspector with the Toms River Bureau of Fire Safety.
Flames were visible from the back of the roof and firefighters started working to extinguish them, Janora said.
While the call was initially upgraded to a second alarm, the firefighters were able to quickly bring the fire under control and the additional units were canceled, Janora said.
The fire, which remained under investigation, has been deemed accidental and was determined to have originated from an electrical failure in the area of the rooftop solar panels, he said.
Damage from the fire and the loss of electrical service resulted in the home being deemed unsafe for occupancy by the Toms River Building Department, Janora said.
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Solar Rules Change on May 1 and Your Inverter Now Matters More Than Your Panels – Energy Matters

Solar Rules Change on May 1 and Your Inverter Now Matters More Than Your Panels  Energy Matters
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Rehoboth Fire Chief Ousted In Solar Farm Showdown – Hoodline

Rehoboth Fire Chief Ousted In Solar Farm Showdown  Hoodline
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St. John’s College unveils 500 new solar panels on Earth Day – Capital Gazette

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Lydian Acquires Atlas North as US Buyers Chase Late-Stage Solar-Storage Portfolios – megaproject.com

M&A is clearing today. The deal covers roughly 1.5 GW of solar and battery storage development across four late-stage projects, including more than 1,000 MW of solar and 450 MW / 1,800 MWh of storage. The portfolio also includes dedicated transmission infrastructure and long-term offtake with California load-serving entities, making it one of the largest solar-plus-storage transactions in North America.
The key signal is not just scale. It is de-risking. U.S. buyers are concentrating capital on advanced-stage and near-construction portfolios with interconnection progress, transmission visibility, and contracted revenues. That is consistent with Enerdatics’ 2025 U.S. market view, which shows investors shifting away from early-stage development and toward NtP, in-construction, and operating assets as tax, permitting, and execution risks rise.
Atlas North fits that pattern closely. Enerdatics notes that solar+BESS assets with secured PPAs or financing visibility command materially stronger developer premiums than early-stage assets, while operating or in-construction hybrid assets achieve premium enterprise values because buyers reward revenue certainty and dispatch optionality.
Commercially, this matters because large buyers are no longer just buying megawatts. They are buying execution readiness. A 1.5 GW portfolio with storage, transmission linkage, and long-term offtake shortens time to monetization and lowers development risk. Similar buyer preference for de-risked U.S. renewables portfolios has shaped broader North American M&A through 2025.
The broader takeaway for U.S. solar plus storage M&A is clear: scale still matters, but only when paired with contracted cash flows, grid access, and late-stage development certainty. Related themes are visible across our coverage of U.S. solar M&A trends, BESS deal activity in ERCOT and CAISO, and the broader North America renewable energy M&A market.
Want to track the latest M&A, financings, PPAs, and key developments across the industry? Explore the Enerdatics Insights page.
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Maldives Resort Island Fully Solar-Powered by Day with New Floating Solar Array – News and Statistics – IndexBox

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A 2.4 megawatt floating solar installation has been commissioned at the Cheval Blanc Randheli resort island, according to a report by pv magazine. The system, developed by marine floating solar provider Swimsol, allows the resort to operate completely on solar energy during the day.
The company states this is the largest floating solar array in the Maldives. The project utilizes a platform engineered for marine durability, employing specific aluminium alloys and stainless steel in its construction. Solar panels are positioned over 1.5 meters above the water to avoid wave damage and biological growth.
The anchoring system is designed for sandy seabeds with a reduced physical footprint. Mooring components are primarily located in the middle of the water column, and the setup incorporates buoys and damping elements to minimize shock loads. The installation uses double-glass solar modules with sealed connections.
System operation is managed by a programmable logic controller. Battery inverters initiate the connection to the medium-voltage transformer and synchronize with the local grid. The system works alongside existing diesel generators in a specific mode to ensure grid stability. When solar production is adequate, generator load is lowered and the units are switched off. Surplus solar energy charges an on-site battery, and output is reduced if the battery is full and demand is met.
This solar array is expected to lower diesel consumption at the resort, resulting in estimated annual fuel cost savings of $1.5 million. The company indicates that for its systems, the break-even price for diesel typically falls between $0.65 and $0.85 per liter, a threshold below current local fuel prices. When battery storage is included, the economic break-even point moves toward the higher end of that range.
The company’s founder noted that an initial prototype was installed in 2014 and remains operational. He stated that the current project demonstrates the technology’s viability at a larger scale and that multiple projects are finished or in progress across several island nations.
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EnerMAN’s RMS SCADA Digitising PM-KUSUM Projects – Energetica India Magazine

With more than 100 MW of PM-KUSUM solar PV plants already digitised with EnerMAN’s SCADA/RMS, and 400MW of projects actively progressing across India, EnerMAN continues to contribute towards the technological evolution of decentralised clean energy infrastructure.
April 23, 2026. By News Bureau

Geopolitics Reshaping Solar Strategy, Says Hindustan Power's Chairman Ratul Puri

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Solar Plus Storage Is Key to India’s Clean Energy Future: BluPine’s Pankaj Tyagi

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

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

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Iran war pushes China's solar exports to record high in March – Nikkei Asia

Single month's shipments equivalent to Spain's entire solar capacity, report says
An employee works on a production line for solar panels at a factory of GCL System Integration Technology in Hefei, China, in May 2024. (China Daily via Reuters)
TOKYO/SHANGHAI — China's exports of solar equipment hit a record high in March, as countries sought alternatives to shield themselves from soaring energy prices stemming from the Iran war.

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Abaxx Exchange Lists World’S First Solar Irradiance Futures Contract – megaproject.com

The world's first exchange-cleared solar irradiance futures contract launches on April 23 on Abaxx Exchange, as solar generation increasingly influences spot prices and revenues across European power markets.
The Enwex Germany Solar (GSM) contract was developed by German energy exchange Enwex and will be listed on Singapore-based Abaxx Exchange. It allows market participants to hedge against variability in solar irradiance in Germany by using a standardized, exchange-cleared instrument for the first time.
Pierre Buisson, senior structurer and weather derivatives expert at Munich Re, said the launch is a meaningful step.
“European power markets have undergone a structural shift as installed solar capacity reached a scale where irradiance risk measurably impacts prices and revenues,” Buisson told pv magazine. “Weather derivatives have traditionally focused on temperature, wind, and precipitation, but solar irradiance has now clearly emerged as a core risk factor.”
Buisson said most solar hedging has until now been conducted over the counter by participants already familiar with weather risk instruments.
“An exchange-cleared contract helps institutionalize this market: it lowers entry barriers, brings new counterparties into the space, and allows standard, vanilla risk to move onto transparent venues – while more complex profiles remain OTC,” he said.
He added that sustained liquidity would depend on index credibility, contract design, and alignment with real hedging needs.
“The demand is there, risk carriers are ready to participate, and solar's influence on power prices is widely understood,” Buisson said. “The next step is scale.”
Joe Raia, chief commercial officer of Abaxx Exchange, said the contract addresses a risk management gap for solar asset owners and power traders. The Germany‑specific index reflects the market where solar risk most directly shapes price formation, said Enwex CEO Robin Girmes. And the product responds to a hedging need that has expanded alongside Germany’s solar buildout, said Max Amir Dieringer, chief executive of Citadel FlexPower.
On basis risk, Buisson said solar and wind do not differ fundamentally in how they are measured in the weather trading world, with the principal distinction being seasonality. Wind trading concentrates on winter months, while solar risk is most active in summer, with activity also visible in spring and autumn shoulder months. Buisson added that while Germany leads in liquidity, solar hedging activity is also growing in the Netherlands, Spain, and Italy.
Abaxx Exchange is headquartered in Singapore and operates as a regulated commodity exchange. Enwex is a German energy exchange. Citadel FlexPower is a power trading and flexibility platform.
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Rehoboth fire chief terminated over alleged ethics violation involving town solar farm – Boston 25 News

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University of Arkansas unveils solar efforts aimed at saving $100M in utility costs – 5newsonline.com

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FAYETTEVILLE, Ark. — The University of Arkansas marked Earth Day by unveiling a new solar farm in west Fayetteville as part of a broader renewable energy buildout described as the largest commercial solar effort in Arkansas history.
The two-and-a-half-acre solar installation will provide 100% of the electricity needed for the Cato Springs Research Center, Eric Boles, director of sustainability at the University of Arkansas, said.
Boles said the Cato Springs site is one of 19 other solar projects the University of Arkansas System has deployed across the state.
“For the next 25 years, this facility behind me will provide electricity for our campuses at a fixed rate,” Boles said, adding the project is expected to reduce utility expenses “now and into the future.”
The Cato Springs installation could generate enough power to supply about 125 homes for a year.
Boles said the solar projects are intended to hedge against rising utility rates and align with the university’s mission of research and education.
Bill Halter, CEO of Scenic Hills Solar, the company behind the panels, said the projects are expected to save more than $100 million across the state.
Halter said solar is “the least expensive form” of new power generation and has “dramatically better environmental consequences” than other forms.
Scott Turley, who retired from utilities operations for the University of Arkansas, said stable electrical prices are expected to benefit the university over the long term.
“It’s the right thing for the environment,” Turley said. “It’s the right thing from a business perspective, and it’s also the right thing from the university’s mission perspective.”
From the Cato Springs Research Center to campuses across Arkansas, solar energy is becoming a key part of how the University of Arkansas plans to power its future.

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Gibson City Planning Commission recommends denial of permit for solar farm – The News-Gazette

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GIBSON CITY — Gibson City Planning Commission members voted 6-1 to recommend the city council deny a developer’s petition for a special-use permit for the construction and operation of a proposed 2.25-megawatt solar farm on farmland just northeast of the city.
The commission’s recommendation will be considered by the city council during its May 11 meeting.
Of the 16 members of the public present in the council chambers for the commission’s meeting, an estimated 10 addressed the appointed panel — all speaking out against the project.
“I’m assuming that the same folks who were there and voiced some concerns will be there (again) on May 11,” said the commission’s chairman, Chase McCall. “The developers who gave their presentation will also be there again.”
The developer, San Francisco-based ForeFront Power, was represented at the meeting by its director of development, Jason Grissom. Also present were Larry Crews of Champaign, who owns the involved farmland at Ford County Road 600 East and Illinois 54 in Drummer Township, and Matthew Vollbrecht, the wetland manager/environmental lead for Westwood Professional Services, an architecture and engineering firm.
Most were in opposition, though, including Bob Buhs, who lives across the road from the proposed site, and other neighboring landowners like Brandon Roderick, Lori and Kevin Buhs, and Kaitlyn and Nick Brucker.
Also, there were several other “concerned citizens,” as listed on the meeting’s visitor sign-in sheet, including Tom Dueringer, Sharon Stroh, Ruth Davis, Janet Iverson, Ryan Iverson and Pat Farris, plus resident Rob Schmitt.
“We heard issues from residents about the proximity of the solar farm to a couple of residences in the country — I think the nearest one was 350 feet from the solar farm,” McCall said. “We heard issues or complaints or concerns about glare from the solar farm. We heard issues about alleged toxicity of the solar panels, you know, for groundwater. Those are just some of the bigger complaints that, I think, the members of the planning commission took into consideration with their vote.”
Among the seven commissioners present, McCall was the only one to vote in favor of the issuance of the permit for the project, which would be built on a 23.42-acre triangular parcel of land to the southeast of Illinois 54. Voting to not recommend approval were Commissioners Mike Allen, Kevin Askew, Donna Boundy, Chris Cornish, Terry Hutchcraft and Mike Perkins. Commissioners David Crow and Betsy Hammitt were absent.
McCall said he voted to recommend approval because of the project’s potential benefits to the community, including the temporary stimulation of the economy through the creation of jobs, an increase in tax revenue from the involved land for local taxing bodies, and the possibility that the city’s residents could apply to receive energy credits on their utility bills via an agreement with Ameren Illinois.
“I personally thought — in this world of an increased cost of living, where utility bills are ever-increasing with the global macroeconomics of the world — that anything we can do to help out our residents in that regard is beneficial,” McCall said. “So that was one of the reasons I voted to recommend it.”
McCall said history was also a factor in his decision, noting that the city had previously approved a permit for a similar-sized solar farm built a couple of years ago behind the Harvest Moon Drive-In near the city’s south side.
“I know each situation is different, and this one can be a little tricky with proximity to residences, but again, I just felt the overall benefit to the community sort of outweighed those issues for me, personally,” McCall said. “From a planning commissioner’s perspective, I have to think about what’s in the best interest for Gibson City.”
The city has zoning authority within 1.5 miles of its corporate limits.
According to its website, ForeFront Power is a developer of commercial and industrial-scale solar-energy and battery-storage projects. It is a subsidiary of Mitsui & Co. Ltd. and operates under Mitsui’s North American investment arm, MyPower Corp.
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Chinese solar exports hit record 68GW in March 2026 – Ember – PV Tech

Exports of Chinese solar products – including modules, cells and wafers – hit a record 68GW in March 2026, a figure that is equivalent to Spain’s entire operational solar PV capacity.
This is according to the latest figures from Ember, published today, which includes monthly export data for Chinese solar products, now up to and including March 2026, since the start of the conflict in them Middle East. As shown in the graph below, total solar PV exports doubled in the month between February and March 2026, exceeding 60GW in a month for the first time, and Ember notes that regions “most affected” by the energy crisis have seen “some of the sharpest increases in demand” for Chinese solar products.

For instance, exports to India grew by 6.6GW between February and March 2026, the most to any single country, and reflecting a 141% month-on-month growth rate. Over the same month, the consumer price index in India rose to 3.4%, up from 3.21% the previous month, according to Bloomberg, as the conflict has raised crude oil prices and limited gas supplies, putting pressure on India’s energy supply.
Africa, meanwhile, was the continent to see the largest month-on-month increase in solar exports from China, with exports rising 176% in March. This was led by Nigeria, which saw a 519% month-on-month increase, followed by Ethiopia with a 391% increase and Kenya with a 207% increase. The three countries each imported over 1GW of solar PV products in a month for the first time, and Ember noted that this trade “predominantly” consists of solar cells.
These trends follow a number of announcements of new manufacturing projects in Africa, as several East Asian companies have sought to circumvent US legislation that makes it expensive to export products to the US by building manufacturing bases in Africa. For instance, in Egypt alone, EliTe Solar started work at a 5GW cell and module manufacturing facility, while GCL has announced plans to build its own manufacturing plant in the country.
More broadly, upstream components, such as cells and wafers, are now accounting for a larger proportion of China’s total solar exports. According to Ember, cell and wafer exports first exceeded module exports in October 2025, and between February and March this year, cell and wafer exports rose 108% to 36GW.
However, this legislation did not dissuade US buyers from acquiring solar products made in China in March. The US was one of several larger economies to set an all-time record for volume of solar products acquired from China last month, alongside Australia, France, India, Italy and Japan, and the map above shows which countries set records for imports of Chinese solar products in March.
“Solar has already become the engine of the global economy, and now the current fossil fuel price shocks are taking it up a gear,” said Ember senior analyst Euan Graham. “Countries are importing solar modules at record levels, and building up their own domestic assembly and manufacturing capabilities to address surging global demand.”
Ember did note, however, that factors beyond the current energy crisis could have affected Chinese export figures. On 1 April, the Chinese Ministry of Finance and State Taxation Administration will end export tax rebates for the VAT of solar PV products exported overseas; in effect this means Chinese PV manufacturers will not be able to claim back as much as 13% of their VAT for products sold to other countries, as they once did.
This is likely to cause manufacturers to increase the prices of their products, with this cost passed on to buyers. It’s possible that the ending of these rebates at the start of April triggered a rush of activity, as international buyers sought to acquire Chinese products quickly, before an anticipated price increase from 1 April.

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Brandon’s biggest green space gets greener with new solar installation – CBC

Brandon’s biggest green space gets greener with new solar installation  CBC
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Goodbye rooftop solar energy: United Kingdom announces apartment solar panels that work on balconies and plug directly into the socket – CPG Click Petróleo e Gás

Solar Energy
The United Kingdom is accelerating its energy transition with a proposal that could transform domestic consumption: the popularization of portable solar panels. The initiative, already expanding in Europe, seeks to quickly reduce household energy costs and expand access to affordable solar energy, especially for those who cannot invest in traditional systems.
The measure of solar panels for apartments comes at a strategic moment. Given the volatility of global prices and geopolitical tensions, the British government has decided to anticipate actions to ensure energy security. Among these is the expansion of clean energy supply, including sufficient capacity to power around 23 million homes, as well as facilitating access to simple and efficient technologies.
The United Kingdom‘s plan goes beyond encouraging renewable energy. The proposal is to put a practical and immediate solution into the hands of the population. Portable solar panels are a central part of this strategy, as they allow for energy generation without the need for complex construction or installations.
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In Europe, this type of technology has already shown significant results, especially in countries that have adopted direct consumer incentive policies. The goal now is to expand this model and consolidate affordable solar energy as a real alternative for millions of people.
The difference lies in simplicity. Unlike traditional systems, which require high investment, portable models are cheaper and can be purchased directly from retail.
Portable solar panels are compact systems that can be installed on balconies, backyards, or small outdoor spaces. In the United Kingdom, they are being promoted as a practical solution, especially for residents of rented properties.
Operation is straightforward: the equipment captures sunlight, converts it into electricity, and injects this energy into the domestic grid via a simple plug connection. This reduces consumption from the traditional electricity grid.
Among the main features of this technology are:
In Europe, this approach has been fundamental in expanding access to affordable solar energy, eliminating barriers that previously limited the growth of distributed generation.
The main appeal of portable solar panels in the United Kingdom is the direct impact on the consumer’s wallet. The possibility of quickly reducing electricity bills has generated great public interest.
In addition, the model contributes to increasing families’ energy autonomy. By generating part of their own electricity, consumers reduce their exposure to market fluctuations.
Among the most relevant benefits are:
In Europe, these factors explain the accelerated growth of affordable solar energy, which is consolidating as an economic and sustainable solution.
Germany’s experience has been decisive in guiding the United Kingdom in this new phase. The European country has already surpassed the mark of over one million systems installed between 2022 and 2025, consolidating its leadership in the use of portable solar panels.
Furthermore, about 500,000 new units are installed every year, demonstrating the growth potential of this technology. This advance reinforces how well-structured public policies can boost affordable solar energy on a large scale.
In Europe, the German model has become a reference for combining governmental incentives, ease of access, and public awareness.
The incentive for portable solar panels is part of a broader plan by the United Kingdom to reduce dependence on fossil fuels. The strategy involves expanding distributed generation and strengthening local energy production.
Among the actions adopted by the government, the anticipation of renewable energy auctions and the expansion of clean energy capacity stand out. These measures aim to protect the country against external crises and ensure greater stability in supply.
In Europe, this decentralization trend has been gaining strength, boosting affordable solar energy as a strategic alternative for the energy future.
The Future Homes Standard program reinforces the United Kingdom’s commitment to modernizing the housing sector. The proposal includes the use of solar energy and low-carbon technologies as standard in new constructions.
Among the program’s guidelines are:
Estimates indicate that families can save up to £830 per year with these changes. This direct impact on the cost of living shows how affordable solar energy can transform people’s daily lives in Europe.
In addition, the model strengthens the idea of more efficient and future-ready homes.
The United Kingdom is also investing in innovative solutions to increase the efficiency of the energy system. One example is the smart use of wind energy to avoid waste.
Currently, wind turbines are often shut down when there is excess production. The new proposal seeks to change this by offering discounts on electricity bills for consumers on days of higher generation.
This approach, aligned with trends in Europe, reinforces the role of affordable solar energy and other renewable sources in building a more efficient system.
The idea is simple: make the most of available energy and reduce costs for the population.
For the consumer, the United Kingdom‘s initiative with portable solar panels represents a concrete change in daily life. Energy ceases to be just a contracted service and also becomes produced within the home.
This changes the relationship with energy consumption, bringing more control and predictability. Furthermore, easy access to affordable solar energy expands the population’s participation in the energy transition.
In Europe, this movement already shows positive results, with greater consumer engagement and a gradual reduction in dependence on traditional sources.
Another important point is inclusion. People who previously did not have access to solar energy can now participate in this transformation.
The advancement of portable solar panels places the United Kingdom in a prominent position in Europe‘s energy transformation. The combination of public policies, technological innovation, and consumer focus creates a favorable environment for the expansion of affordable solar energy.
More than a trend, it is a structural change. The decentralization of energy generation and the active participation of households indicate a new energy model, more sustainable and resilient.
By reducing costs, increasing autonomy, and encouraging the use of clean sources, the United Kingdom signals a path that can be followed by other countries in the coming years.
Hilton Fonseca Liborio é redator, com experiência em produção de conteúdo digital e habilidade em SEO. Atua na criação de textos otimizados para diferentes públicos e plataformas, buscando unir qualidade, relevância e resultados. Especialista em Indústria Automotiva, Tecnologia, Carreiras, Energias Renováveis, Mineração e outros temas. Contato e sugestões de pauta: hiltonliborio44@gmail.com
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Opinion | The biblical — and practical — case for solar energy – The Cap Times

The Bible’s opening in Book of Genesis includes a simple line: “God said, let there be light.” We don’t believe light was used as a metaphor. It wasn’t symbolic.
Light was the remarkable provision that not only made life possible but has sustained it across millennia. And so, we believe those words were not just a command but a prophecy of a bright and hope-filled future for life on Earth.
Only recently have we begun to fully understand how to use this gift more directly: capturing energy from the sun through solar cells and from the wind through turbines. Whether one approaches this through theology or science, the conclusion is the same: One of the most straightforward ways we can produce energy today is the same way it was first given — by the sun.
Solar power doesn’t require importing fuel from hostile nations. It doesn’t rely on fragile supply chains or compromises with despots. It isn’t about greed or pillaging the planet. And it doesn’t ask Americans to change who they are or what they believe. It simply takes something the sun already provides every day and puts it to work.
That’s not a radical idea. For most of American history, protecting our land, water and natural resources wasn’t political; it was common sense, especially in rural America. For farmers, solar can be just another cash crop, providing steady, reliable income alongside the land they already steward.
People who live close to the land understand something policymakers sometimes forget: You cannot survive without respecting what sustains you. If our soil fails, farms fail. If our water is polluted, families pay the price. If energy is unreliable or unaffordable, rural communities feel it first — and eventually, so does the entire country. This is not ideology; it is reality.
Dirty energy, and the neglect of Biblical principles, has also become a major public health issue. Urban or rural, we all breathe the same air. But asthma, heart disease and respiratory illnesses hit harder where health care access is limited. Clean energy means cleaner air, safer water and fewer worries about what our children are breathing. Many Americans feel called to restore the integrity of creation — and rightly so. Scripture makes that responsibility clear.
The Bible offers a profound body of teaching on caring for creation. Taken as a whole, it reads as an ecological guide to living rightly on Earth. Centered on God as creator and sustainer, it calls us to honor what is God’s. After all, creation is repeatedly called “good.”
The Book of Genesis calls us to conserve and keep the earth. It condemns destruction, calls for restoration and points toward renewal.
Today, the technology, affordability and benefits of clean energy make those biblical exhortations actionable. The sun rises every day, reliable, abundant and free. How can we ignore it? Energy independence has long been a bipartisan value. The more we rely on foreign energy or concentrated corporate control, the less control Americans have over prices, reliability and their own well-being.
Rural communities understand this deeply. When power fails or disasters strike, help is slow. When costs rise, the impact is immediate. And when pollution increases, it is our children who bear the risk.
That is why clean energy matters, not just for the environment, but for our health, our economy and our freedom. Solar fits squarely within that American tradition.
Using the sun’s light to power our homes, protect our health and strengthen rural America — and, in turn, the nation — advances independence and stewardship alike. It is not political. It is practical, responsible and moral.
Calvin B. DeWitt is an environmental scientist in the Nelson Institute, University of Wisconsin-Madison and president of the Academy of Evangelical Scientists and Ethicists. Helen Rose is an educator and nonprofit leader who worked as the director of grassroots programs of the Climate Change Solutions Campaign and is the faith outreach coordinator for the Earth Day Network.  
Share your opinion on this topic by sending a letter to the editor to tctvoice@madison.com. Include your full name, hometown and phone number. Your name and town will be published. The phone number is for verification purposes only. Please keep your letter to 250 words or less.
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Excuse me, is that solar panel pointing in the right direction? – Tech Xplore

Excuse me, is that solar panel pointing in the right direction?  Tech Xplore
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PV, EV, & Heat Pumps — The Three Technologies Behind Our Zero Energy Bills – CleanTechnica


These days it feels amazing to be net zero. With gas prices topping $4/gallon nationally for the first time in four years, natural gas (aka methane) prices up 11% over last year, and even electricity prices rising 9% due in part to data centers, my family can breathe easy knowing our energy bills are zero.
Yes, zero, zilcho — we have no home or vehicle energy bills, besides the $17/month utility charge we pay to be connected to the electrical grid. The solar panels on our home produce all the energy our abode and our electric vehicle use over the course of a year. No more eye-popping visits to the gas pump, no more spending thousands of dollars on fossil energy piped into our home.
A few short years ago, we used to buy energy like everyone else. We were subject to the frenetic ups and downs of energy prices. We were victims of stupid-war-oil-shocks. But we came up with a strategy to slowly add the three key technologies, PV, EV, and heat pumps, to our home and now we find ourselves energy bill free.
And if we can do this, you can too.
Want to become your own oil refiner, gas station, heating provider, and power company? Not since humans used to rely on chopped wood has it been possible for us to harvest and provide our own energy like it is today.
Solar (or photovoltaic PV) panels are now commonplace. 7% of homes in the US currently have them. PV is popular across the country and world and has been the fastest growing energy source for years.
Yes, Trump took away the solar tax credits this year, but there are still tax credits for solar leases. And solar prices have fallen so dramatically that it is still a great investment even without tax credits. We can speak to this from experience. When we bought solar panels for the first time in 2010, the overall system cost was $7.40 per watt (or $20,000 for a 2.7 kW system). When we installed solar on a rental property last year, it cost $2.77 per watt (or $20,000 for a 7.3 kW system).
We got an almost 3 times larger system in 2025 for the same price.
One of the great things about solar is that you can do it again and again. We’ve installed panels five different times over 15 years at three different properties. Our strategy has been to add some solar, electrify more systems in our house, and repeat.
Our payback for each system was typically 5-7 years and now our solar panels produce over $2,000 worth of electricity for our home annually. With PV, you lock in a price for electricity (what you pay for the panels when you have them installed) and then are immune to rising costs.
Plus, combining solar with an all electric lifestyle means you can produce all the energy your home and vehicle needs. There is nothing like plugging in while the sun is shining and knowing that those electrons entering your vehicle are being harvested right on your roof. No more Strait of Hormuz — just sunshine, panels, and (energy bill) freedom.
With gas topping $4 a gallon nationally and in some places over $7 a gallon, electric vehicles look even more attractive. Rather than being subject to the price swings of crazy oil wars, with an EV you can power your transportation with solar photons harvested from your rooftop.
And similar to our experience with solar panels, EV costs have come down so much it makes your head spin. When we first bought an EV in 2017, the only affordable option was a used Leaf which got 85 miles of range. Last year, we were able to lease a 300-mile range ID4 for under $200 a month. There are over a dozen great, long range EVs for sale for under $40,000, and pre-owned EVs offer a great value with lots of options available as EV sales have grown in the last several years. New reports show that modern EV batteries hold up over hundreds of thousands of miles and will outlast the vehicle itself, which makes used EVs even more attractive.
An electric vehicle can get you so much further for the same price of fuel than a fossil fuel one.
Plus there are so many other benefits like less maintenance, cleaner air, smoother ride, faster torque, plugging in at home — the list goes on and on!
Other electric and active transportation like e-bikes are amazing too.
Heat pumps are the third and final key step to energy freedom. This includes heat pumps to heat your home, heat pump water heaters to heat your water, and even a heat pump dryer to dry your clothes. Heat pumps move heat rather than create it, which makes them 3-5 times more efficient than other ways to make heat (burning fossil fuels or electric resistance). Heat pumps also run on electricity, which means you can power them from the energy you produce on your rooftop.
Shortly after moving into our home in 2012, we replaced our gas furnace with ductless heat pumps and they keep our home warm in the winter and cool in the summer all while running on the solar energy we produce. We got a heat pump water heater in 2017 and it heats all the water for our four-person household, including our two kids who love an insanely long shower. We also got a heat pump dryer (and even a combi one for our ADU) to dry our laundry using a fraction of the energy of a standard one.
Together these technologies provide all the heat we need and do so incredibly efficiently. So much so that our 10 kW PV system can provide all the energy they need (over the course of the year).
Our home is also fossil fuel free which means our kids breathe better.
Yes, these three technologies save the day. There are other great ones, like induction stoves and home batteries, but with PV, EV, and heat pumps, you can say goodbye to utility bills and hello to independence.
Like us, you don’t have to do it all at once. We tried to switch out or add on one big system per year and before we knew it we were net zero. And next time you’re shaking your head after paying $100 to fill your car or muttering to yourself about how high your natural gas bill is this month, remember there is a way to be free of these high costs and it’s more accessible to us now than anytime in the last 200 years. PV, EV, and heat pumps!
CleanTechnica’s Comment Policy
Joe lives in Portland, Oregon, and works to promote electric and decarbonized buildings. He believes that electrifying everything, from transportation to homes, is the quickest path to an equitable, clean energy future. Joe and his family live in an all-electric home and drive an EV.
Joe Wachunas has 104 posts and counting. See all posts by Joe Wachunas

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Solarize Louisville offers discounted solar options to homeowners, businesses and nonprofits – WLKY

Wednesday is Earth Day, and Louisville is encouraging residents to switch to solar energy.
The city launched the fifth annual Solarize Louisville campaign at Bardstown Road Presbyterian.
The 120-year-old church recently had solar panels installed.
Solarize Louisville connects homeowners, businesses, and nonprofits with discounted solar options.
Officials say while solar can come with a high upfront cost, it can lower energy bills over time.
“I think this is a creative and interesting way to make an upfront investment – comparable to a car – that at the end of the day you’ll see you back and that you’ll have power running to your house using renewable energy and solar,” said Jake Medley, office of sustainability executive director.
Solarize Louisville is open to residents in Jefferson, Bullitt, Oldham, Shelby, and Spencer counties. It is also open to Clark, Floyd, and Harrison counties in Indiana.
In its first four years, more than 300 residential and commercial projects have been completed.
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Winston-Salem unveils solar installation at Fire Station 3 as part of clean energy push – WXLV

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First responders and city leaders gathered at Winston-Salem Fire Station 3 on Wednesday to unveil one of four solar installations planned at city fire stations this year, part of a broader push to cut energy costs and meet long-term clean energy goals.
City officials said the solar systems, depending on the station, are expected to generate between 40% and 80% of each building’s electricity.
“Our City Council established this goal probably 5 years ago so we got to start making some progress if we are going to meet out goal and this is a good way to do it,” Mayor Allen Joines said.
Officials said the project is funded through capital improvement dollars dedicated to sustainability and green infrastructure. The city said the installation at Station 3 alone cost roughly $45,000 and is expected to save about $3,900 a year on energy costs.
The installations support Winston-Salem’s clean energy goals of reaching 50% clean energy use in city buildings and vehicles by 2030 and transitioning to 100% clean energy by 2050.
“We’ve already done two fire stations with solar installations, we’re going to do two more and we already have a building downtown the Bryce A. Stuart Building with that solar installation. So, we’ll have five installations this year,” Joines said.
The city is also partnering with Wake Forest University on a mobile solar battery trailer designed to help residents when the power goes out. Engineering students spent two semesters building the trailer, which will be housed by the fire department and deployed into neighborhoods during major outages.
Officials said the trailer can provide temporary power for residents who rely on electricity for medical devices like oxygen machines, wheelchairs and other critical health care equipment.
“After several days of being without power they start to lose the ability to get around to support healthcare needs so the intent with this trailer to have some bridge for the gap that starts to get created when the main power grid is out,” said Winston-Salem Fire Chief Trey Mayo.
Joines said the city is also working to convert streetlights to LED lights to further reduce energy costs.
“We are cooperating or collaborating with Duke Energy to change over about 28,000 street lights. That will be a huge saving for us as well,” Joines said.
Fire officials said solar panels have been installed at Station 19, with stations 10 and 11 expected to be completed this summer.
2026 Sinclair, Inc.

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Riverbank unveils city’s largest solar array – Brandon Sun

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Brandon’s largest solar array has been installed on the roof of the Riverbank Discovery Centre and will become an educational hub for people interested in solar energy.
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Brandon’s largest solar array has been installed on the roof of the Riverbank Discovery Centre and will become an educational hub for people interested in solar energy.
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Brandon’s largest solar array has been installed on the roof of the Riverbank Discovery Centre and will become an educational hub for people interested in solar energy.
Brandon Riverbank Inc. marked Earth Day on Wednesday by holding a grand opening ceremony to highlight the 96 new south-facing solar panels located on the east side of the building.
The solar panel system will supply more than 40 per cent of the centre’s annual hydro, saving an estimated $8,000 per year that will be reinvested into the non-profit, said Dean Hammond, executive director of Brandon Riverbank Inc.
Marisa Smit, administrative assistant for the Brandon Riverbank Discovery Centre, stands in front of the 96 new solar panels on the roof of the Brandon Riverbank Discovery Centre. (Photos by Tim Smith/The Brandon Sun)
“The intent with this project was not to be just a solar array that sits there and generate some benefit, but more so, it’d be a solar array that could be used to educate other people about solar energy,” he said.
Hammond admitted that he was skeptical of the project at first.
“I was under some of the old and outdated assumptions that solar was too expensive, too complicated and was too slow a payback, but the reality is the technology has really come a long way,” he said.
“Solar is absolutely the future.”
The system converts sunlight into electricity when photons from the sun hit the solar panel and make electrons move, generating a direct current, Hammond said. Then a transformer changes the energy into an alternating current, which creates power for the building.
“This system is big enough that there will actually be times where we’re producing more solar than we’re consuming from the grid,” Hammond said.
In that case, the riverbank’s bi-directional meter will keep track of the amount of excess power being produced and Manitoba Hydro will pay them for that electricity through a repurchase agreement, he said.
The panels produce roughly 72,000 kilowatts per hour of clean energy — enough to power six to seven homes or drive an electric car across Canada seven times, the non-profit said. The panels also keep 9.4 tonnes of carbon dioxide out of the air — the equivalent of taking two cars off the road.
Hammond said the project cost $165,000 but grants from Climate Action Team Manitoba and rebates that were available through Efficiency Manitoba were able to cover about half of the amount.
“We estimate the payback for this system to be six to eight years. It’s going to be a very short payback, and the system itself should last 30 years,” he said
The project was made possible through a collaboration with Sustainable Brandon, Climate Action Team Manitoba and the system installer, Westman Solar Solutions, he said.
Madelyn Robinson, chair of Sustainable Brandon, said the non-profit organization initially joined forces with the climate action team in 2022 to find ways to make the biggest impact on sustainable climate solutions locally.
“We wanted a project that would be important for the community, visible, impactful and would work into the future,” Robinson said.
She said Sustainable Brandon received a $50,000 grant from Climate Action Team Manitoba and approached the Brandon Riverbank Inc. in 2024 about using the funds to create a solar pilot project.
Laura Cameron, the programs and strategy director with the climate action team — a coalition of environmental organizations — said she is “very excited” to see the project become a shining example in western Manitoba.
“We hope to work with more communities on more great projects like this,” she said.
Robinson said she hopes the project inspires the City of Brandon to consider a solar array on city buildings. She also wants it to inspire homeowners and businesses to consider how they can lower their own carbon footprint.
Brandon Mayor Jeff Fawcett said city staff are looking into the possibility of installing solar panels on city infrastructure, but it comes down to carving out funds in the annual budget.
“We’ll work with the province. We’ll work with donors,” he said.
“I’d love to see it, but, you know, I don’t know if people paid attention to our budgets — it’d be tough to slide that in.”
Fawcett said the project provides an opportunity for people to discuss solar energy with staff at the Riverbank Discovery Centre. He would like to see future houses in Brandon built with the intention of using solar energy.
“The more individuals that can do this, the better impact we have on the whole province,” he said.
Currently, there are about 100 people in Brandon and the surrounding area who have solar panels installed on their homes or businesses, said Todd Gudz, the owner of Westman Solar Solutions.
He said using solar energy is a “feel good kind of investment” that provides a great example for others and a path toward a sustainable future.
Westman Solar Solutions officially installed the system in the fall, and it became operational in November, Hammond said.
He said Brandon Riverbank Inc. has been pleased with the system’s performance, even during the winter when there’s less sunlight and periods when snowfall covers the panels.
The Riverbank Discovery Centre will have a monitor featured on the building’s interior wall that will show real-time data on how much energy is being produced, he added.
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DEWA and Swiss Center for Electronics and Microtechnology Highlight Latest Advances in Solar Module Technologies – SolarQuarter

DEWA and Swiss Center for Electronics and Microtechnology Highlight Latest Advances in Solar Module Technologies  SolarQuarter
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Adjustable Solar Panel Tilt Mounting Brackets – For Boats, RVs, Roofs – 0 To 60 Degree Angle – ruhrkanal.news

Adjustable Solar Panel Tilt Mounting Brackets – For Boats, RVs, Roofs – 0 To 60 Degree Angle  ruhrkanal.news
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Vietnam & Japan Partner on Solar Panel Recycling for Sustainable Energy Growth – News and Statistics – IndexBox

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According to Recycling International, IREX Energy in Vietnam and the Japanese firm Hamada have formed a partnership to recycle solar panels in Vietnam, focusing on recovering materials from decommissioned photovoltaic modules. The collaboration aims to reclaim glass, aluminum frames, silicon, and other metals for reintroduction into manufacturing supply chains after processing.
IREX Energy, which is part of the SolarBK Group, provides local solar development and module production knowledge. Hamada contributes recycling technology and experience from Japan’s waste management sector. The initiative is described as an early-stage infrastructure project rather than a large-scale industrial operation.
A central component is the planned construction of a recycling facility near IREX Energy’s factory in Ho Chi Minh City. This hub is anticipated to process approximately 40,000 modules each year. A Hamada executive noted that Japan is confronting a growing need for solar waste management and that Vietnam will face similar challenges as its solar market develops, making early action important.
This partnership emerges as Vietnam works to align its renewable energy expansion with long-term sustainability goals. The country’s solar sector has seen rapid growth over the past ten years, leading Southeast Asia with an installed capacity exceeding 19 gigawatts. Early utility-scale projects are nearing a typical end-of-life period of 20 to 25 years.
Currently, Vietnam’s solar recycling market is valued at around 0.7 million euros but is forecast to grow to roughly 2.3 million euros by 2033 as volumes rise. In contrast, Japan’s solar panel recycling sector has reached nearly 30 million euros and is likely to exceed 40 million euros by 2030.
Vietnam’s overall solar market continues to grow under its national power development plan, with installed capacity expected to reach 37.6 gigawatts by 2031. This growth is driven by utility-scale projects, rooftop solar, and hybrid storage systems. Regional authorities have also approved new renewable energy investments, including three solar developments scheduled to begin operation in 2028.
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Confronting the Duck Curve: How to Address Over-Generation of Solar Energy – Department of Energy (.gov)

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Energy Department research is taming the duck curve by helping utilities better balance energy supply and demand on the grid.
Office of Critical Minerals and Energy Innovation
Learn about the duck curve and how solar can help balance hourly energy loads.
In 2013, the California Independent System Operator published a chart that is now commonplace in conversations about large-scale deployment of solar photovoltaic (PV) power. The duck curve—named after its resemblance to a duck—shows the difference in electricity demand and the amount of available solar energy throughout the day. When the sun is shining, solar floods the market and then drops off as electricity demand peaks in the evening. The duck curve is a snapshot of a 24-hour period in California during springtime—when this effect is most extreme because it’s sunny but temperatures remain cool, so demand for electricity is low since people aren’t using electricity for air conditioning or heating.
The duck curve represents a transition point for solar energy. It was, perhaps, the first major acknowledgement by a system operator that solar energy is no longer a niche technology and that utilities need to plan for increasing amounts of solar energy. This is especially true for places that already have high solar adoption, such as California, where one day this past March, solar contributed nearly 40% of electricity generation in the state for the first time ever.  
High solar adoption creates a challenge for utilities to balance supply and demand on the grid. This is due to the increased need for electricity generators to quickly ramp up energy production when the sun sets and the contribution from PV falls. Another challenge with high solar adoption is the potential for PV to produce more energy than can be used at one time, called over-generation. This leads system operators to curtail PV generation, reducing its economic and environmental benefits. While curtailment does not have a major impact on the benefits of PV when it occurs occasionally throughout the year, it could have a potentially significant impact at greater PV penetration levels.
While the mainstream awareness of these challenges is relatively recent, the U.S. Department of Energy’s Solar Energy Technologies Office (SETO) has been at the forefront of examining strategies for years. Most of the projects funded under SETO’s systems integration subprogram are performing work to help grid operators manage the challenges of the duck curve.
Learn about SETO’s project with Austin Energy.
Solar coupled with storage technologies could alleviate, and possibly eliminate, the risk of over-generation. Curtailment isn’t necessary when excess energy can be stored for use during peak electricity demand. SETO launched several projects in 2016 that pair researchers with utilities to examine how storage could make it easier for utilities to rely on solar energy to meet customer needs around the clock. This research will enable even more solar energy to be integrated into the grid, while tackling the obstacles utilities face when incorporating solar.
In 2012, SETO also launched a research program that helped utilities, grid operators, and solar power plant owners to better predict when, where, and how much solar power will be produced. More accurate solar power predictions, known as forecasts, allow utilities and electric system operators to better understand generation patterns and maximize solar resources. One key success came from IBM, whose machine-learning technology enabled prediction accuracy to be improved by 30%. However, as the amount of solar energy generation connected to our electric grid continues to grow at a rapid rate, further improvements in predictive accuracy will be needed.
There are many potential solutions to the duck curve. The lessons learned from SETO’s projects will be critical to improving the flexibility of the grid and addressing over-generation risks as solar grows throughout the country. According to the Energy Information Administration, the installed amount of PV is expected to triple by 2030—potentially migrating the duck curve outside of California. New and improved technologies will allow PV to provide on-demand capacity and fulfill a greater fraction of total electricity demand.
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Coach-mounted solar panels benefit shown in operator pilot – route-one.net

Coach-mounted solar panels benefit shown in operator pilot  route-one.net
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Pattern Energy Advances 105-MW Solar Farm in Franklin Parish – Hoodline

Pattern Energy Advances 105-MW Solar Farm in Franklin Parish  Hoodline
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Mulilo reaches financial close on 380 MW solar project (South Africa) – Enerdata

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Mulilo, a South African renewables developer, has announced that it has reached financial close on the 380 MWdc Beaufort West solar PV facility, one of South Africa’s largest utility-scale solar projects, located near Beaufort West in the Western Cape (Mulilo press release, 20/04/2026).
It received support from its shareholders, Danish infrastructure investor Copenhagen Infrastructure Partners and Norwegian investment fund Norfund.
This is Mulilo’s fourth project to reach financial close in 2026, following the 219 MW Orkney Solar PV project in the North West Province, the 337 MW Middlepunt Solar PV project, and the 76 MW/304 MWh Mercury BESS project in the Free State. In March 2026, the company announced an investment of USD918m, to develop a portfolio including 716 MW of solar and storage capacity.
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UofA Fayetteville solar site reflects growing reliance on solar power as energy demands increase – KHBS

The Fayetteville solar site is already supplying power to the University of Arkansas as part of a broader statewide renewable energy initiative
The Fayetteville solar site is already supplying power to the University of Arkansas as part of a broader statewide renewable energy initiative
The Fayetteville solar site is already supplying power to the University of Arkansas as part of a broader statewide renewable energy initiative
The University of Arkansas unveiled a major solar energy project today as part of what officials called one of the largest renewable energy investments in state history.
The system comes as energy demand and prices continue to rise, and university officials said the 25-year project is designed to help manage long-term costs while expanding renewable energy use across the state.
The initiative is a multi-site solar project that includes about 20 solar facilities across Arkansas, with six currently online. One of the operational sites, located on North Riches Drive in Fayetteville, includes about 1,200 solar panels and is already producing energy for the university.
“The first is an opportunity for the University of Arkansas to save money … and because it’s a public institution funded by Arkansas taxpayers, when the university saves money, taxpayers save money,” said Bill Halter, CEO of Scenic Hill Solar. “There’s an incredible explosion in demand for electricity … prices are going up because there’s a shortage of generation, it also helps keep prices lower.”
Students said the project is also connecting to academic work and research on campus, particularly in environmental science.
“A lot of our research focuses on solar, including habitat assessments—even studies on box turtles,” said Julia Mizner, an environmental science major at the university. “I think this will help support those types of projects.”
University officials said savings from the project are expected to help cover future increases in utility costs.
“It’s a much cleaner way to generate electricity,” Halter said. “Compared to coal-fired generation, it’s going to be a lot cleaner and a lot healthier.”
All 20 sites are projected to be online by the end of next year.
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Study: Iran War accelerating China's solar and battery export boom – BusinessGreen

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China's solar technology exports reached a record high of 68GW of capacity in March, doubling from the previous month as the spike in oil and gas prices triggered by the Iran War led to a surge in demand…
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Study: 1,000 tons of plastic particles transfer from packaging into food every year
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MPs call for ban on 'forever chemicals' in frying pans and school uniforms
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Surging Chinese exports of batteries, solar cells, panels, and other components accelerated in March, as fossil fuel supply disruption drove demand demand for clean technologies
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Britain's solar farms generated a record 14.4GW of electricity during one period this week, according to the National Energy System Operator (NESO)
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No evidence of PFAS leaching from solar panels, study finds – pv magazine Australia

Researchers in the United States reviewed claims about PFAS in solar panels and found that while fluoropolymers may be used in limited components like backsheets or coatings, there is no confirmed evidence of PFAS leaching from commercially deployed modules.
PFAS can be present in PV module backsheets
Image: pv magazine/AI generated
The study highlights widespread confusion between different PFAS types and emphasises the need for clearer communication and transparency around fluoropolymer use in PV technologies.
In a perspective article, researchers from Michigan State University and Oak Ridge National Laboratory examined claims about the presence and potential leaching of Per- and Polyfluoroalkyl Substances (PFAS) from solar panels.
PFAS, publicly known as “forever chemicals,” are a broad class of thousands of synthetic compounds characterised by extremely strong carbon–fluorine bonds, which make them highly persistent in the environment and resistant to natural degradation processes over time.
Because of this stability, they accumulate in ecosystems, wildlife, and sometimes human tissues, raising increasing concern about long-term environmental and health impacts.
Their chemical structure also gives them valuable industrial properties, such as resistance to heat, water, oil, and chemical corrosion, which is why they have been widely used in products like non-stick coatings, stain-resistant fabrics, firefighting foams, and certain industrial materials.
However, their persistence and widespread use have led to growing regulatory scrutiny and efforts to reduce or replace them in many applications. As a result, PFAS are now at the center of global environmental discussions balancing their technical benefits against their long-term ecological footprint.
“Our work is among the first to systematically clarify the presence and use of PFAS in solar PV modules by combining literature review with insights from discussions with PV experts,” said the corresponding author, Preeti Nain, to pv magazine.
“The article clarifies how some fluoropolymers fall in a different category of PFAS and identifies where specific fluoropolymer compounds are used within PV modules,” Nain said.
Fluoropolymers are a distinct subset of PFAS, with markedly different toxicological profiles from most other PFAS. They are large, insoluble, and generally biologically inert, meaning they do not readily break down or accumulate in the same way smaller, mobile PFAS compounds can.
As a result, fluoropolymers themselves are often considered to have low bioavailability and limited direct toxicity under normal exposure conditions.
However, it is important to distinguish them from the substances historically used in their manufacture: some fluoropolymers were produced with the aid of processing chemicals such as perfluorooctanoic acid (PFOA) and perfluorooctanesulfonic acid (PFOS), both of which are well-documented legacy PFAS associated with environmental persistence, bioaccumulation, and adverse health effects.
Due to these concerns, PFOA and PFOS have been largely phased out or heavily restricted by major manufacturers in the U.S. and globally under regulatory and voluntary industry initiatives.
According to the researchers, PFAS or fluoropolymers may theoretically be present in a few specific parts of solar panels. They can appear in front of glass coatings, though there is no evidence of commercial use; in the backsheets, where they might be used for weather protection; and in wires and cables, as insulation materials. Encapsulants and sealants, the scientists highlighted, typically do not contain PFAS.
Image: Michigan State University, Perspective, CC BY 4.0
“Importantly, the work highlights that fluoropolymers are often not appropriately differentiated from more hazardous PFAS, and that mischaracterising them may lead to misleading conclusions about the environmental sustainability of PV technologies,” Nain added.
“Our comprehensive literature review on PFAS in solar panels found plenty of speculation and laboratory trials of PFAS in solar applications, but no confirmed reports of PFAS contaminants leached from real, commercially deployed solar panels.”
In addition to the literature review, the academics conducted a survey at a conference of 48 professionals, including module manufacturers, PV researchers, academic scientists, and professionals from operations and maintenance (O&M) backgrounds.
According to the responses, 59% of participants believed that PFAS use in solar PV is likely to occur. When asked about potential component-level presence, 54% selected the backsheet, and 39% chose the solar glass coatings.
“While many experts suspect PFAS involvement, there is no clear, shared understanding or publicly accessible knowledge base,” Nain said. “This reveals a significant communication gap: manufacturers may use fluoropolymers they consider low-risk, but limited transparency creates uncertainty and potential mistrust among stakeholders.”
In conclusion, the researchers said that addressing public concerns requires demanding transparency from the PV industry and supporting the use of PFAS-free alternatives.
“There is already promising movement in the right direction: manufacturers obtaining ‘PFAS-free’ certifications, policymakers incentivising PV projects on contaminated lands, and researchers providing clear, fact-based outreach on the topic,” they said.
The research was presented in “Do solar panels contain PFAS?” published in Perspective.
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Solar Panels Boost Crop Efficiency: Tomato Systems Use Half the Water – seedworld.com

Growing tomatoes and generating energy on the same land. It sounds like a compromise, but the data suggests it may be a strategic advantage in water-constrained systems.
For the seed sector, the relevance sits in how crops perform under altered microclimates. Agrovoltaic systems combined with deficit irrigation cut water use by around 50%, with only a ~20% yield penalty, pointing to new breeding targets around shade tolerance, water-use efficiency, and stress resilience.
Researchers from the University of Seville and the Polytechnic University of Madrid have shown that tomatoes can be grown while solar energy is generated on the same land, an approach that could help address global water scarcity.
The study, conducted in Madrid and Seville during spring 2024, evaluated agrovoltaic systems alongside regulated deficit irrigation as a way to improve water efficiency in tomato production. The results showed that while reduced irrigation lowered total harvest volumes, the overall system became more efficient and sustainable, according to a press release.
By combining crop production with photovoltaic panels, the system uses shade to reduce plants’ evaporative demand and make better use of both land and water. Researchers compared three irrigation strategies: full irrigation as a control, regulated deficit irrigation based on plant water status, and an agrovoltaic treatment that applied the same water restriction under solar panels. They tracked plant stress through indicators such as leaf water potential and gas exchange across different growth stages. Although the panels reduced available radiation, the system still supported adequate crop development through most of the cycle.
One of the study’s clearest findings was that deficit irrigation reduced water use by about 50% compared with conventional irrigation. That saving came with a trade-off, with yields falling by around 20% in the regulated deficit irrigation treatment, largely due to severe water stress during ripening. Even so, irrigation water productivity increased significantly in the Seville trials, showing that more fruit could be produced per unit of water applied.
The broader value of the agrovoltaic approach was confirmed through the Land Equivalent Ratio, which measures the combined efficiency of agricultural and electricity production. Values of 1.54 in Madrid and 1.67 in Seville showed that producing tomatoes and solar energy on the same land was substantially more efficient than separating the two activities onto different plots. Although tomato yields were lower under the panels, the addition of clean energy improved the system’s overall sustainability and profitability.
The researchers concluded that agrovoltaics is a promising tool for the future of agriculture, although more precise irrigation management will be needed to avoid excessive crop stress. They suggest that combining plant-based measurements with soil moisture sensors could further refine these systems. The findings highlight the potential of dual land use as a practical response to climate pressure, water scarcity and the energy transition.
The study formed part of the Ministry of Science and Innovation and State Research Agency project PID2021-122772OB-I00, titled Sustainable vegetable production based on agrovoltaic systems. It was led by experts from ETSIAAB at the Polytechnic University of Madrid, CEIGRAM and ETSIA at the University of Seville, with the results published in Agricultural Water Management.
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Broad-Based Technical Strength Lifts Emmvee Photovoltaic Power Ltd to 52-Week High of Rs 277.8 – Markets Mojo

Price Milestone and Market Context
The stock’s ascent to Rs 277.8 marks a significant milestone, representing a 61.9% gain from its 52-week low of Rs 171.5. This rally has unfolded despite a broadly negative market backdrop, with the Sensex trading down 0.69% at 77,977.22 and positioned below its 50-day moving average. Notably, several sectoral indices such as S&P Bse Capital Goods and NIFTY ENERGY also touched new 52-week highs today, indicating pockets of strength within the broader market. How does Emmvee Photovoltaic Power Ltd’s breakout compare with the wider market’s technical positioning?
Over the past three trading days, Emmvee Photovoltaic Power Ltd has gained 5.92%, outperforming its sector by 4.57% on the day of the new high. The stock’s ability to sustain gains above all key moving averages — including the 5-day, 20-day, 50-day, 100-day, and 200-day — underscores the strength of its upward momentum.
Technical Indicators: A Detailed Breakdown
The technical landscape for Emmvee Photovoltaic Power Ltd reveals a predominantly bullish configuration, particularly when viewed through the lens of weekly and monthly charts. The Dow Theory signals a bullish trend on both weekly and monthly timeframes, confirming the presence of higher highs and higher lows that validate the ongoing uptrend.
Moving averages on the daily chart are decisively supportive, with the stock trading comfortably above all major averages. This alignment typically signals strong price support and reduces the likelihood of near-term reversals. The Bollinger Bands on the weekly chart are mildly bullish, indicating that price volatility is expanding upwards but has not yet reached an overextended state. This suggests room for further upside before a potential consolidation phase.
However, the Relative Strength Index (RSI) on the weekly timeframe registers a bearish reading, hinting at short-term overbought conditions. This divergence between RSI and other indicators like Dow Theory and moving averages is noteworthy — could this RSI divergence signal a temporary pause or correction amid the strong uptrend? The On-Balance Volume (OBV) indicator shows no clear trend on the weekly and monthly charts, suggesting volume has not decisively confirmed the price move, which may warrant monitoring for volume-driven validation.
Other momentum oscillators such as the KST (Know Sure Thing) indicator lack sufficient data to provide a definitive signal, while the MACD readings are not available for both weekly and monthly periods, limiting a full oscillator-based assessment. Despite these gaps, the overall technical picture is one of broad-based strength, with the majority of available indicators supporting the recent price surge.
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Quarterly Results and Fundamental Fuel
While the technical momentum is the primary driver behind the recent price action, Emmvee Photovoltaic Power Ltd has also demonstrated resilience in its financial performance over the past year. The company’s one-year total return stands at 0.00%, outperforming the Sensex’s decline of 2.70% over the same period. This relative stability in returns, despite a challenging market environment, may have contributed to investor confidence and the stock’s ability to sustain gains.
Unfortunately, detailed quarterly sales and profit figures are not provided here, but the absence of negative earnings surprises aligns with the technical strength observed. The stock’s small-cap status within the Other Electrical Equipment sector means it is more susceptible to volatility, yet the current price action suggests a consolidation of gains backed by steady fundamentals. Does the underlying financial data support the technical breakout, or is the rally primarily momentum-driven?
Key Data at a Glance
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Data Points and Valuation Insights
Despite the strong technical momentum, valuation metrics for Emmvee Photovoltaic Power Ltd are not explicitly detailed here. The stock’s small-cap classification and recent price surge suggest that investors should consider valuation carefully alongside momentum. The absence of a PEG ratio or P/E data means that price appreciation is currently the clearest signal of market sentiment.
Given the stock’s trading well above all major moving averages and the mixed signals from volume-based indicators, at a fresh 52-week high with strong earnings growth but moderate return ratios, should you buy, sell, or hold Emmvee Photovoltaic Power Ltd? The detailed multi-parameter analysis has the answer.
Momentum in Focus: What Lies Ahead?
The rally in Emmvee Photovoltaic Power Ltd is characterised by a broad-based technical alignment that has propelled the stock to new heights. The convergence of bullish moving averages, Dow Theory confirmation, and expanding Bollinger Bands on the weekly chart paints a picture of sustained momentum. However, the weekly RSI’s bearish tone and the lack of volume confirmation via OBV suggest that some caution may be warranted in the short term.
Investors and analysts will be watching closely to see if the stock can maintain its trajectory or if the RSI divergence foreshadows a consolidation phase. The interplay between price momentum and technical oscillators will be critical in determining the stock’s near-term path. The technical alignment here is striking, but does the full picture support holding Emmvee Photovoltaic Power Ltd through this breakout?
In summary, the stock’s recent performance is a testament to the power of technical momentum in driving price action, especially in a small-cap stock within a volatile sector. While fundamentals appear stable, the technical signals provide the clearest insight into the current market sentiment surrounding Emmvee Photovoltaic Power Ltd.
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Silver as the Bottleneck of the Energy Transition: Silver Viper Minerals, Fresnillo, and JinkoSolar in Focus – news.financial

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April 23rd, 2026 | 07:05 CEST
The energy transition has completely transformed the markets for industrial metals. Silver plays a key role in photovoltaics due to its electrical conductivity. However, the industry faces a major problem. According to the latest World Silver Survey, the silver market is heading toward a structural supply deficit in 2026 for the sixth consecutive year. Experts forecast a shortfall of 46.3 million ounces. While solar market leaders such as JinkoSolar continue to expand their production, thereby keeping silver demand at record levels, established silver producers like Fresnillo are securing advantages by realigning their portfolios. In this tense situation, explorers such as Silver Viper Minerals, which are searching for tomorrow’s deposits, are gaining importance. Through the acquisition of the Coneto project, the company has solidified its position in Mexico and is developing precisely the resources that will be urgently needed for global module production in the future. We shed light on the market and opportunities.
time to read: 3 minutes | Author: Nico Popp
ISIN: SILVER VIPER MINER. CORP. | CA8283344098 | TSXV: VIPR , OTCQB: VIPRF , FRESNILLO PLC DL -_50 | GB00B2QPKJ12 , JINKOSOLAR ADR/4 DL-00002 | US47759T1007
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At home in Southern Germany, the passionate stock exchange expert has been accompanying the capital markets for about twenty years. With a soft spot for smaller companies, he is constantly on the lookout for exciting investment stories.
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JinkoSolar has further solidified its position as the global market leader in the photovoltaic industry, shipping 86 GW of modules last year. For the current year, management plans to ramp up integrated production capacity to up to 100 GW. Despite this enormous volume, the company is under financial pressure, which resulted in a net loss of RMB 4.45 billion (approximately USD 635.6 million) in 2025. Analysts at Jefferies and Goldman Sachs point out that profitability depends heavily on the development of raw material prices, as silver accounts for up to 20% of the total cost of a solar cell. To protect its already slim margins and reduce expensive silver consumption, JinkoSolar is currently pushing for the widespread adoption of copper-based metallization methods. Nevertheless, silver demand remains at record levels due to the massive expansion of global solar installations, which is why investment banks such as Jefferies are maintaining their “Buy” recommendations for the photovoltaic market leader’s stock despite lowering their price targets.
As the world’s largest silver producer, Fresnillo is benefiting significantly from high precious metal prices, which drove revenue up by nearly 25% last year to an estimated USD 4.36 billion. Nevertheless, the company is navigating a challenging operating environment. Management had to lower its production forecast for 2026 to 42.0 to 46.5 million ounces of silver, as increasingly narrower veins are being mined at flagship mines such as Saucito. To protect margins, Fresnillo is focusing on strict portfolio optimization and divesting early-stage exploration projects to concentrate resources on key projects such as Juanicipio. By selling the promising Coneto project to Silver Viper Minerals, Fresnillo reduces its own capital requirements for exploration, but still secures a lucrative strategic stake in future successes through the equity component of the deal.
In this market environment, Silver Viper Minerals occupies a key position at the beginning of the value chain. With the USD 15 million acquisition of the nearly 5,000-hectare Coneto project in Durango, the company has positioned itself in one of Mexico’s most productive silver belts. The strategic partnership with its new major shareholder, Fresnillo, provides invaluable technical expertise and significantly reduces operational risk. The capital market is already rewarding this realignment. Following a share price increase of over 453% last year, Silver Viper was added to the TSX Venture 50 in February of this year. With secured financing of over CAD 20 million and the support of prominent investors such as Eric Sprott, Silver Viper is well-capitalized to carry out one of Mexico’s most extensive exploration programs.
Silver Viper Minerals’ strategic relevance within this supply chain is underscored by the sheer scale and key geological data of the Coneto Project. The area encompasses nearly 5,000 hectares of mineralized land and is located in close proximity to major deposits such as San Julián and La Pitarrilla. According to CEO Adam Cegielski, the planned extensive exploration program represents a transformative phase aimed at significantly expanding the resource base in one of the world’s most promising silver belts, thereby securing the urgently needed raw materials for the next generation of photovoltaic cells.
The interplay of these three players highlights the new dynamics in the silver market. As a module manufacturer, JinkoSolar ensures demand stability but is grappling with cost pressures. As an established producer, Fresnillo offers investors a degree of stability but faces operational challenges regarding production volumes. For speculative investors, Silver Viper Minerals could offer the strongest leverage, as the company is making new silver discoveries and is likely to benefit from the massive consolidation in the sector. Those looking to position themselves in a structurally undersupplied market will find a promising opportunity in this junior explorer at the beginning of the supply chain for the photovoltaic industry.
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At home in Southern Germany, the passionate stock exchange expert has been accompanying the capital markets for about twenty years. With a soft spot for smaller companies, he is constantly on the lookout for exciting investment stories.
About the author

Commented by André Will-Laudien on April 23rd, 2026 | 07:15 CEST
Prepared and published on behalf of Antimony Resources Corp.
The ongoing conflict in the Middle East once again highlights how vulnerable global supply chains for critical metals are when a strategic chokepoint like the Strait of Hormuz comes under pressure. What matters here is not so much the direct transport of metals through the strait, but rather its importance to global energy trade; a disruption there would rapidly drive up the costs of energy-intensive metals such as aluminum, copper, or nickel. Higher freight rates, more expensive insurance, and longer routes would further increase logistics costs and significantly slow down just-in-time structures in many industries. Raw materials that are indispensable for the energy transition, digitalization, and defense would be particularly affected. A recent study concludes that a prolonged blockade of the Strait of Hormuz could disrupt global trade flows worth up to USD 1.2 trillion annually. Which stocks are now in the spotlight?

Commented by Armin Schulz on April 23rd, 2026 | 07:00 CEST
Artificial intelligence devours chips, nuclear fusion consumes extreme heat, and the semiconductor industry is grappling with physical limits. All three fields of the future have one thing in common: they require tungsten. The metal, known for its exceptional hardness and heat resistance, is used in semiconductor interconnects, high-performance electronics, and withstands the stresses of fusion reactors. Yet China controls around 83% of global supply and is restricting exports. This is precisely where an opportunity is emerging for Western producers. Industry experts warn that the metal is virtually irreplaceable. Almonty Industries has already set the course and is ramping up operations at the largest tungsten mine outside of China, located in South Korea. This is helping establish a backbone for Western supply.

Commented by Nico Popp on April 22nd, 2026 | 07:30 CEST
Industry increasingly requires advanced materials for the energy and mobility transitions. Both megatrends depend on highly specialized inputs—whether for more powerful batteries, more efficient energy storage, or scalable hydrogen infrastructure. Established chemical companies like Evonik Industries contribute to this development through the production of materials such as pyrogenic silica, which supports thermal stability and performance in modern battery systems. At the same time, hydrogen pioneers like Plug Power are building comprehensive ecosystem solutions. The younger company HPQ Silicon fits into this picture with innovative processes for the low-emission production of nanomaterials and silicon anodes. Through its collaboration with Novacium, HPQ recently reported a milestone: prototype GEN4 battery cells with capacities exceeding 7,000 mAh, significantly outperforming conventional industrial cells. At the same time, the on-demand hydrogen production technology developed by HPQ offers a decentralized alternative to electrolysis infrastructure, such as that offered by Plug Power. Investors should take note: HPQ Silicon is positioning itself at the intersection of specialty chemicals and emerging hydrogen-related applications.
// news|financial – © 2026

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Researchers Propose New Silver Paste Approach to Boost Efficiency in TOPCon, LECO Cells – Saur Energy

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Researchers Propose New Silver Paste Approach to Boost Efficiency in TOPCon, LECO Cells Photograph: (Archive)
A new study has proposed a systematic evaluation framework for photovoltaic silver pastes used in TOPCon and LECO solar cell technologies, aiming to bridge the gap between laboratory testing and production-line performance. The study, titled “Performance and production verification of TOPCon/LECO photovoltaic fine-grid silver pastes based on silver/glass frit screening & AHP-EWM evaluation,” was published in the journal Solar Energy Materials and Solar Cells.
The research introduces a hybrid assessment model combining the Analytic Hierarchy Process (AHP) and entropy weight method (EWM) to improve the accuracy and objectivity of material evaluation. Photovoltaic silver paste, a key material in crystalline silicon solar cells, plays a critical role in current collection and overall conversion efficiency. However, conventional evaluation methods—primarily based on rheological testing—often fail to align with real-world manufacturing outcomes, the study noted.
To address this, researchers developed three new rheological parameters—relative viscosity, relative recovery rate, and T50—to better capture paste performance characteristics. These were integrated into an AHP-EWM-based evaluation system designed to reduce subjective bias while maintaining engineering relevance.
The framework was validated against production data, with TOPCon paste achieving a comprehensive score of 0.617 and demonstrating improved open-circuit voltage performance, while LECO paste reached a score of 0.908 and peak conversion efficiency of 26.7%.
The study also highlights the importance of tailored material selection, noting that TOPCon technologies require low-softening-point glass frits, while LECO processes benefit from high-softening-point alternatives compatible with laser-assisted etching.
Researchers said the proposed framework could support the development of next-generation metallization materials and enhance consistency between R&D and large-scale manufacturing, as the solar industry continues to push for higher efficiency and lower costs.
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University of Arkansas unveils solar panels in Fayetteville for Earth Day – The Arkansas Democrat-Gazette


FAYETTEVILLE — The University of Arkansas marked Earth Day on Wednesday by offering tours of new solar panels that are part of the largest commercial solar project in state history.
UA Provost Indrajeet Chaubey said the project demonstrates how thoughtful, long-term planning can benefit the university, the state and the environment. It is expected to save the university millions of dollars over the next 25 years, create opportunities for research and hands-on learning for faculty and students, and move UA closer to its 2040 carbon neutrality goals.
The full project spans the University of Arkansas System and will include more than 20 solar power installations around the state. The arrays unveiled Wednesday in west Fayetteville are designed to serve the university’s Cato Springs Research Center.
Scenic Hill Solar designed, installed and connected the solar systems. The company will continue to maintain and operate them as well, allowing UA System schools to purchase renewable energy at a predetermined rate.
Three more solar projects for the UA’s Fayetteville campus are scheduled to open this fall, all larger than the one celebrated Wednesday, said Scott Turley, the university’s senior advisor and project manager for facilities management.
The first installation will produce 933,000 kilowatt-hours per year, which is enough to power more than 100 households and allow the university to reduce its carbon output by 725 metric tons each year, Turley said.
Multiply that first site by 120 to get a sense of the impact of the systemwide project, said Bill Halter, CEO of Scenic Hill Solar.
There are six installations now online around the state. The rest of the stations should be operational by the end of this year and are expected to generate more than 2.5 billion kilowatt-hours over the next 25 years, Halter said. In addition to reducing carbon emissions, the projects will give campuses more cost certainty and help protect against energy price fluctuations.
This is the fourth-largest solar deployment at a college or university in the United States, Halter said, behind only projects at Stanford University, the University of California System and Penn State University.
“Combining working hard with working smart is (when) you get success,” he said.
The UA System Board of Trustees authorized the Fayetteville campus to begin partnering with a local firm to generate power through solar arrays in 2022. Then, in April 2023, the board approved the agreement with Scenic Hill Solar. The system’s projected cumulative savings from the project are estimated to be nearly $150 million over 25 years.
“This is an example of the UA System leading for all Arkansans,” Chris Thomason, UA System’s vice president for planning and development, said Wednesday.

Ryan Anderson covers higher education across the state. He joined the Arkansas Democrat-Gazette in August 2022 after covering education — and other topics — for a decade at four newspapers in three states. A native of Milwaukee, Wisconsin, Ryan attended DePaul University in Chicago and now resides in Fayetteville.
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MVP Arena garage roof solar project to produce 1M+ kWh in its first year, county says – WRGB

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MVP Arena installed a new solar panel array on the roof of the arena parking garage on Wednesday in honor of Earth Day.
We’re told the solar array will generate more than one million kilowatt-hours of electricity in its first year.
The county says it can provide enough energy to power more than 1,000 homes and will save more than $150,000 for Albany County.
The next phase will be completed by the end of the month, with 52 new electric vehicle charging stations in the garage, with four public stations per floor.
Eight more charging stations are expected to be added per floor in the future.
2026 Sinclair, Inc.

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EXCLUSIVE | Chinese construction giant accused of abuses at Karoo solar project – News24

EXCLUSIVE | Chinese construction giant accused of abuses at Karoo solar project  News24
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Rethinking silver paste design for TOPCon, LECO solar cells – pv magazine India

Researchers in China have developed an evaluation framework to better assess fine-line silver pastes for TOPCon and LECO solar cells. The approach links laboratory characterization directly with production-line performance, addressing the limitations of conventional evaluation methods.
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As manufacturing processes such as conventional TOPCon and laser-enhanced contact optimization (LECO) continue to push cell efficiencies beyond 26%, the demands placed on front-side metallization pastes are becoming increasingly complex. Fine-line silver pastes must now reconcile competing requirements in rheology, etching chemistry, and sintering behavior, often with technology-specific constraints that are difficult to capture using conventional evaluation methods.
Against this backdrop, researchers from Northwest University in China have proposed a differentiated material design strategy combined with an objective evaluation framework that directly links laboratory characterization to production-line performance.
“To address current limitations of conventional evaluation approaches, we introduced three novel rheological parameters designed to more accurately capture paste behavior under realistic processing conditions,” the research’s lead author, Lin Bao, told pv magazine. “Building on this, a hybrid evaluation framework combining the analytic hierarchy arocess (AHP) and the entropy weight method (EWM) was developed to overcome the inherent shortcomings of single-method weighting strategies.”
The AHP determines indicator weights based on expert-driven pairwise comparisons, translating qualitative judgments into a structured hierarchical scoring system. The EWM, in contrast, assigns weights objectively according to the degree of data variation, reducing subjectivity by emphasizing information contained in the measurements.
“In addition, our work establishes a clear link between laboratory-scale characterization and production-line performance, enabling more reliable translation of experimental results into industrial outcomes,” Bao added. “Finally, by covering both mainstream TOPCon and emerging LECO photovoltaic technologies, the proposed evaluation system is extended to a broader range of applications, enhancing its general applicability in advanced solar cell metallization development.”
In the study “Based on silver/glass frit screening & AHP-EWM evaluation: Performance and production verification of TOPCon/LECO photovoltaic fine-grid silver pastes,” published in Solar Energy Materials and Solar Cells, the research team explained that TOPCon and LECO architectures require fundamentally different glass-frit behaviors.
For TOPCon, low-softening-point glass frits are essential to enable early softening and chemical etching of the silicon nitride (SiNx) layer, ensuring low-contact resistance. In contrast, LECO relies on high-softening-point frits, where laser-assisted SiNx ablation defines the contact interface, meaning the glass phase primarily serves adhesion and wetting functions rather than aggressive etching.
Through multi-technique screening like scanning electron microscopy (SEM), X-ray diffraction (XRD), differential scanning calorimetry (DSC), thermogravimetric analysis (TGA), and contact-angle measurements the researchers selected suitable materials for further formulation.
This screening led to the identification of high-activity silver powders, namely Dowa4-8F, H1-2, and YZ17N1, as well as matched glass systems, namely TG1 for TOPCon applications and LG1 for LECO applications. Together, these selections enabled the development of process-specific silver paste formulations optimized for the distinct requirements of each cell architecture.
The researchers explained that the conventional assessment of silver pastes relies heavily on the three-interval thixotropy test (3ITT), which does not fully capture real production-line behavior.
To address this, they introduced three dynamic rheology descriptors – relative viscosity, relative recovery rate, and T50 – to better describe structural recovery during the critical 10–20 s transition between printing and sintering. These parameters revealed clear formulation-dependent differences, with one type of LECO paste showing rapid early recovery, while a TOPCon paste exhibited slower but more gradual rebuilding that 3ITT alone could not fully interpret.
In practical printing tests, the results partially diverged from rheology-based predictions. Although 3ITT analysis indicated an optimal formulation, the TOPCon pastes showed better line uniformity in practice, with a specific TOPCon formulation exhibiting lower aspect ratio and higher surface roughness. White-light interferometry confirmed roughness variations ranging from below 0.4 μm to over 1.0 μm, highlighting that rheology alone is insufficient to accurately predict printability.
Sintering and electrical characterization further revealed that pastes formulated with Dowa4-8F silver powder achieved the most compact microstructure, whereas higher porosity was associated with increased resistivity. Overall, LECO pastes demonstrated lower resistivity due to improved particle connectivity.
The AHP–EWM model integrated these multi-domain results and showed that one TOPCon formulation achieved the highest score among its group (0.617), while the LECO formulation ranked highest overall (0.908). These rankings were consistent with production-line verification, where the best-performing TOPCon paste improved open-circuit voltage to 10.47 V and the LECO paste achieved 26.7% cell efficiency with stable electroluminescence imaging.
Overall, the study demonstrates that reliable silver paste development requires moving beyond single-method evaluation toward integrated, data-driven frameworks that effectively link laboratory characterization with industrial performance.

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Constant Energy gets loan for 30-MW solar project in Malaysia – Renewables Now

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Valley Children’s unveils giraffe-shaped solar farm to power hospital microgrid – KMPH

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A new solar project taking shape in the Central Valley is combining clean energy with a child-friendly design, all in the name of sustainability and patient care.
Unveiled on Earth Day, the “George the Giraffe” solar farm is part of an ambitious microgrid project at Valley Children’s Healthcare.
The installation is designed to provide reliable, uninterrupted power to the hospital campus while also serving as a visual symbol for young patients and their families.
Shaped with a giraffe-inspired layout, the solar field reflects the hospital’s focus on creating a welcoming and comforting environment for children, while advancing its long-term commitment to renewable energy.
Hospital leaders say the microgrid system will allow the campus to generate and store its own power using solar energy, helping reduce reliance on traditional energy sources and ensuring operations can continue even during outages.
The project is considered one of the most ambitious renewable energy efforts in pediatric healthcare, aiming to deliver both environmental and operational benefits.
In addition to lowering emissions, the system is expected to strengthen the hospital’s resilience during emergencies, a critical factor for a facility that provides around-the-clock care.
“This uniquely designed solar field not only symbolizes our commitment to innovation, but also stands as a visible testament to our mission of creating a healthier, more resilient environment for future generations,” the organization said in a statement.

2026 Sinclair, Inc.

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