Plug-in solar – LAist

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Why it matters: The devices can be tented in a backyard, hung off a balcony or placed on a roof. Models range from as low as $300 to $2200, depending on size. The bill would open the solar market to people who were previously left out: renters, people with unsuitable roofs, and those lacking the capital to build out a rooftop system, which can cost in the tens of thousands of dollars. If signed into law, the legislation would exempt plug-in solar devices from what critics say is a cumbersome and expensive interconnection application process, and replace registration with a free and straightforward online form.
What’s next: The bill is now headed to Governor Gavin Newsom’s desk. Fiscal analysis of the bill estimates implementation will cost the state between $200,000 and $500,000 annually to fund program administrator positions. If Newsom signs, staff in bill author and state Sen. Scott Wiener’s office estimated that people would be able to buy compatible plug-in solar kits in the spring of 2027.

In as little as a year, lowering your electricity bill could be as simple as buying a kit with a few solar panels and accessories, completing a quick online registration form, and plugging it into a standard outlet.
California lawmakers passed a bill on Wednesday night to formally legalize plug-in, or balcony, solar: small, portable and relatively inexpensive systems that do not require rewiring or the costly installation fees that often come with rooftop solar.
The legislation, SB 868, sailed through the state assembly and senate with bipartisan support. The bill now moves to the governor’s desk for signature.
The devices can be tented in a backyard, hung off a balcony or placed on a roof. Models range from as low as $300 to $2200, depending on size. The bill would open the solar market to people who were previously left out: renters, people with unsuitable roofs, and those lacking the capital to build out a rooftop system, which can cost in the tens of thousands of dollars.
“There’s no question SB 868 is the most exciting clean energy and energy affordability bill right now up for consideration in California,” said Bernadette Del Chiaro, senior vice president at the Environmental Working Group, a nonprofit that co-sponsored the bill. “You never get to pass a big controversial bill in one year. We’re poised to do that. It is a huge win.”
A wave of state legislation over the past 18 months is making balcony solar — a nascent technology in the U.S. — within reach of everyday Americans. Utah pioneered a law passed in March 2025, and others quickly followed.
Eight states now have bills on the books that allow a relatively straightforward process for purchasing and setting up balcony solar systems, including Colorado, Virginia and Maine. Bills in New York and New Jersey are awaiting the governors’ signatures, like California.
Advocates believe California’s market has massive potential. They’re motivated by Germany, where millions of solar panels dot balconies across the country.
Some of the state’s largest investor-owned utilities, however, opposed the legislation, citing safety and a concern that the systems would shift energy costs to people without solar power.
PG&E initially said it supported the bill if it were amended, but opposed the final version. Spokesperson Paul Doherty said the utility is concerned that certain safety and certification requirements on some systems would not be enforced until 2030.
But he said that the company “supports plug-in solar and the opportunities it could create for customers, particularly renters and others who have not had easy access to traditional rooftop solar.”
San Diego Gas & Electric also opposed the legislation, citing concerns that even if balcony solar is designed to prevent feeding power back to the grid, systems may malfunction and endanger workers or customers.
Southern California Edison originally opposed the bill but later took a neutral stance after bill authors updated safety standards and how people notify their utility of their systems, spokesperson David Eisenhauer said.
Notably, labor unions representing firefighters and PG&E employees dropped their opposition and took a neutral stance on the bill after lawmakers amended it to explicitly comply with state and national electrical codes.
If signed into law by Newsom, the legislation would exempt plug-in solar devices from what critics say is a cumbersome and expensive interconnection application process, and replace registration with a free and straightforward online form.
Some Californians have already installed plug-in solar panels, but utilities ask them to complete an interconnection agreement, citing state rules. If done through PG&E, for example, representatives from the utility said that process would cost roughly $100 to $800 and take about an hour. Typically, the approval comes through in three days, PG&E staff said.
But plug-in solar advocates argued that the interconnection process defeats the plug-and-play nature of the technology, and could double or triple its cost.
Their goal is to make the panels as ubiquitous and easy to install as any off-the-shelf appliance dotting the racks of a Home Depot or Costco.
The newly passed bill outlines several device requirements. The balcony solar systems must be capped at generating 1,200 watts per home, plug into a standard outlet, offset a customer’s onsite electricity use and meet state and national electrical codes. They also must be certified by an outside safety organization like Underwriters Laboratories and have a feature that would prevent electricity from feeding back into the grid if there’s a power outage.
Current plug-in solar models do not yet meet the outlined requirements, and customers therefore must still register their systems as though they are rooftop solar. Del Chiaro said there are already a few companies developing devices that will meet the standards in the new California legislation.
The bill is meant to help reduce the cost of power for Californians and “eliminates red tape, so that people in California can actually use plug-in solar right now,” bill author and state Sen. Scott Wiener said during an Assembly hearing in June.
Del Chiaro estimated that just one 400-watt solar panel would cover about 14% of a typical renter’s apartment’s annual electricity bill and translate to energy-bill savings of roughly $250 a year. That system would provide enough juice to run a refrigerator, modem and Wi-Fi. A larger, 1,200-watt system would generate enough energy to power a window air conditioning unit, “enabling families, especially in our hotter regions, to afford to cool their home on increasingly hot days,” Del Chiaro said.
Dozens of environmental and community groups and a few cities supported the bill.
Plug-in solar advocacy group and nonprofit Bright Saver tentatively celebrated the action.
“It’s a clear statement that the biggest state in the union wants this,” said Cora Stryker, the group’s co-founder, although she said she was not happy with an amendment sunsetting the legislation in 2030 and other provisions that could slow down the market for balcony solar.
“The devil in the details makes it not a home run. It makes it a fight that continues,” she said.
Fiscal analysis of the bill estimates implementation will cost the state between $200,000 and $500,000 annually to fund program administrator positions.
If Newsom signs, staff in Wiener’s office estimated that people would be able to buy compatible plug-in solar kits in the spring of 2027.
From KQED’s Climate desk, “Flipping the Switch” documents California’s transition to clean energy and what it means for you. What works? What doesn’t? How much does it cost? Help us find these answers and more by donating today.

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Why it matters: Fire survivors are facing huge gaps to rebuild and are running out of temporary housing insurance. Experts say such federal funds are key to addressing those issues.
Keep reading… for more on what’s become a record long wait for support.
It’s been nearly 600 days since the L.A. fires became one of the most destructive in U.S. history, yet the federal government has still not appropriated more than $15 billion in long-term recovery funds to help survivors get back home. That’s longer than the previous record of 500 days survivors of the Maui fires had to wait, according to After the Fire USA.
“ It’s really like nothing we’ve ever seen before,” said Jennifer Gray Thompson, the nonprofit’s founder and CEO.
Deep partisan divides and repeated government shutdowns under the Trump administration have been major causes for the delays, officials say.
“Disaster relief should not be a political bargaining chip — but that’s exactly how the Trump administration has made it out to be,” Sen. Alex Padilla said in a statement.
The state has also lagged, with $2.5 billion in recovery funds only just starting to be released, according to reporting by NBC4.
Meanwhile, L.A fire survivors are facing massive financial gaps to rebuild, on average between $200,000 and $500,000, even with insurance. And as temporary housing insurance dissipates, many are now being forced to decide whether they can afford to rebuild at all.
“ The community is struggling and is fighting to come back — and determined to come back — but we are really lacking the state and federal support that is necessary to help get us there,” said Sam James, a sixth-generation Altadenan whose family lost multiple generational homes in the Eaton Fire.
James founded the Altadena Recovery Team to support fellow survivors in lieu of reliable government and insurance-funded safety nets. Multiple local creative financing efforts are also cropping up more quickly feed that gap.
“The delay is just really hard to rationalize given how much need there truly is on the ground,” she said.
In recent months, delegations of local officials as well as Eaton and Palisades fire survivors have traveled to D.C. to speak with lawmakers about the much-needed federal funds, which experts say can often be used to fill such gaps in finances.
In June, the White House requested more than $85 billion in supplemental funds, primarily to support the war on Iran. The next month, L.A. Mayor Karen Bass and L.A. County Supervisor Kathryn Barger sent letters to the Senate Committee on Appropriations urging disaster needs be included in such requests.
“It’s on D.C. to begin to move the narrative from an ask to a make it happen,” Barger told LAist.
Four U.S. senators from states affected by recent disasters — including two Republicans from Utah and North Carolina, as well as California senators Adam Schiff and Alex Padilla — also sent a letter in July expressing their concern that no disaster funds were included in the White House’s supplemental appropriations request.
The senators called the omission an effort by the Trump administration to punish Los Angeles and the state of California.
Gov. Gavin Newsom has requested more than $10 billion for what’s called “Community Development Block Grant Disaster Recovery,” which can help survivors finance their rebuilds, as well as help local governments rebuild infrastructure, such as water systems, community centers, roads and more.
“It’s the largest bucket of money any community receives in order to recover after a disaster,” Thompson said. “It can really help fill the gaps that people need to get home.”
Thompson said, on average, from appropriation to allocation, the wait for such funds is two years. Yet it’s been nearly two years since the L.A. fires and the funds have yet to be appropriated at all.
“It’s clearly political, and politics have no place in disaster,” she said.
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Why it matters: The bill would direct the state to seek to partner with a drug manufacturer to increase competition and lower prices for GLP-1s under its CalRx program, a state program created to distribute popular, expensive drugs at a fraction of the cost.
The backstory: It is unclear how long that could take, but it’d likely be a yearslong endeavor. It took the state three years to bring its $55 insulin into the market under CalRx. Today the state program also distributes albuterol inhalers and naloxone.
Read on… for more on the proposal.
Laura Richardson pays $450 a month out of pocket for a drug that could keep her off insulin for the rest of her life. She’s a California state senator — and even she can’t get her own insurance to cover it.

Richardson started using a GLP-1 a year ago after learning she was pre-diabetic. Her state health plan does not cover it.

“If something is available to help you to be more healthy, to avoid comorbidities … why would we want to wait till a person became diabetic to help them?” she told lawmakers in a June hearing.

Her experience is not unusual. For many Californians, popular weight loss drugs such as Ozempic and Wegovy continue to be elusive despite their clinical promise. While prices are dropping, these drugs continue to be unaffordable for many; most insurers don’t cover them; and state programs, wary of costs, have rolled back access.
Senate Bill 1089, which would expand access to the class of drugs known as GLP-1s, is clearing its final hurdles this legislative session. The bill would direct the state to seek to partner with a drug manufacturer to increase competition and lower prices for GLP-1s under its CalRx program, a state program created to distribute popular, expensive drugs at a fraction of the cost.
It is unclear how long that could take, but it’d likely be a yearslong endeavor. It took the state three years to bring its $55 insulin into the market under CalRx. Today the state program also distributes albuterol inhalers and naloxone.
Richardson, an Inglewood Democrat, authored the bill, which is a watered-down version of its original, more ambitious form. Previously, the bill also sought to require that CalPERS, the health plan that insures 1.3 million public employees and retirees, cover GLP-1 drugs.
CalPERS opposed the bill and argued that the drug’s high cost would increase premiums by $28 per member per month.
Richardson added that she had discussed including GLP-1s in the CalRx program with the governor, and “he was very positively open to that.” State health officials have said that GLP-1s are among the drugs they are considering for the program.
The bill follows California’s recent elimination of GLP-1 coverage for the treatment of obesity in its Medicaid program, known as Medi-Cal. The state cited growing pharmacy costs and budget pressures for cutting the benefit. The state still pays for certain GLP-1s when prescribed specifically for diabetes treatment.
GLP-1s have helped many people to better manage their obesity and chronic healthcare conditions. Obesity is a well-known contributor to conditions such as diabetes and cardiovascular disease.
State data show that the number of GLP-1 prescriptions solely for weight loss jumped from 20,000 to 700,000 between 2018 and 2023 across both Medi-Cal and commercial plans. In 2023, California spent $416.8 million on GLP-1 prescriptions for weight loss in the Medi-Cal program and commercial payers spent $405.2 million, according to state data.
An analysis by the Legislative Analyst’s Office found that during this time, California’s pharmacy spending nearly doubled, and tied that growth to drugs that treat diabetes, obesity, and inflammatory diseases.
California is not the only state feeling the burden of these drugs’ popularity and cost: New Hampshire, Pennsylvania, Massachusetts and South Carolina also recently eliminated Medicaid coverage for GLP-1s when used solely for weight loss.
Today 12 states cover GLP-1s for obesity treatment under their Medicaid programs, although Rhode Island will cease coverage in October.
Similarly, coverage of GLP-1s under private insurance varies widely; there’s no clear standard. Health plans have also pointed to costs , noting they are currently a key contributor to premium increases.
Alison Sexton Ward, an economist and research scientist at the University of Southern California, said that data show huge benefits for peoples’ health. Modeling projects long-term savings in healthcare spending as well as a narrowing of health disparities, but she noted it’s a tricky investment for insurers to make. There are significant upfront costs before plans may start to see savings because of the reduction of obesity-related health problems, and insurers may not capture those savings when people tend to switch health plans every few years, she explained.
“The thing about treating obesity is just because you lose weight today doesn’t mean that your healthcare costs go down tomorrow,” Ward said. “There’s been this unique pressure on these drugs that they pay for themselves.”
One pilot that researchers and providers are looking at is the new federal Medicare GLP-1 Bridge Program, a temporary project that seeks to bring down the cost of Zepbound, Wegovy and Foundayo to about $50 a month.
Dr. Wayne Ho, an obesity specialist and researcher in Los Angeles, sees the consequences of patchwork access to the drugs in his patients. Patients who can pay cash or whose insurance covers the drugs tend to be able to better manage their health conditions. Those without access try other, less effective therapies.
“It’s really disheartening to see because we have these wonderful innovative treatments that really are life altering,” he said.
The cost is also driving some of his patients to seek cheaper, compounded versions of the drug, which some doctors warn against because they lack FDA approval.
Compounding typically involves custom-making a drug for a specific need — removing an allergen, for example. Increasingly, compound pharmacies and telehealth platforms are offering versions of GLP-1s that swap out an ingredient or two. Ho says these compounded drugs carry higher risk because they bypass the FDA’s rigorous vetting and approval process.
Nationally, calls to poison centers related to weight loss drugs increased by 1,500% between 2019 and 2025, according to data from America’s Poison Centers. Studies and reports have shown that compounded GLP-1s are more likely to cause adverse effects and have a higher risk of preparation errors. A Binghamton University study found that the odds of hospitalization were higher for compounded products. The FDA also warns of the prevalence of counterfeit products.
Ho calls GLP-1s one of the best tools he has as a provider. He remains hopeful that affordable access to the FDA-approved weight loss drugs is on the horizon. Continued efforts by state lawmakers to expand access are a critical step, he said.
“I think there’s more and more pressure to cover these medications as more and more scientific data come out to show how it affects the body in a very positive manner,” he said.
Supported by the California Health Care Foundation (CHCF), which works to ensure that people have access to the care they need, when they need it, at a price they can afford. Visit http://www.chcf.org to learn more.
This article was originally published on CalMatters and was republished under the Creative Commons Attribution-NonCommercial-NoDerivatives license.

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About the new major: It fuses technological tools for statistical analysis, coding, 3D mapping and data visualization with traditional humanities subjects like history, literature and global cultures. It’s a multidisciplinary approach to education that capitalizes on employers’ growing desire for recent graduates to think critically while also being able to harness new technology. Students will learn how new technologies shape culture and the human biases that enter into the use of these new tools. Top of mind is the rise of generative artificial intelligence and training students to use it ethically while also understanding how easily it can produce misleading content.
Why now: Campus professors have taught courses in digital humanities for more than two decades. It’s the second most popular minor at UCLA, which was one reason the school decided to transform it into a major, said Alexandra Minna Stern, dean of the UCLA College Division of Humanities where digital humanities is based. Last academic year 750 UCLA undergraduate students took a course in digital humanities. Stern expects 50 to 100 students to eventually declare the major, and would be thrilled if 40 signed up this year.
UCLA is launching the nation’s first digital humanities department and bachelor’s degree this fall. The new discipline combines classical humanities with technical know-how to examine a digitized and increasingly AI-enhanced world.
The major fuses technological tools for statistical analysis, coding, 3D mapping and data visualization with traditional humanities subjects like history, literature and global cultures. It’s a multidisciplinary approach to education that capitalizes on employers’ growing desire for recent graduates to think critically while also being able to harness new technology. And the major requires a great deal of teamwork among students, another skill hiring managers seek.
Students will learn how new technologies shape culture and the human biases that enter into the use of these new tools. Top of mind is the rise of generative artificial intelligence and training students to use it ethically while also understanding how easily it can produce misleading content.
Todd Presner is a UCLA professor of European languages and transcultural studies, and co-led the effort to create the digital humanities department. He said contemporary culture has witnessed a rift between computational subjects and the traditional humanities, and both are enhanced by merging the two.
“It’s actually at our own peril when scientists are not speaking to folks in the humanities with historical knowledge, ethical knowledge, cultural knowledge, right?” he said. “And at the same time, I’d say when the humanities are not understanding the technologies in the world today, they also could be seen as irrelevant.”
Presner has taught a course showing students how to get under the hood of large language models, which store the reading material generative AI tools like Claude and ChatGPT use to spit out answers. “Students can essentially upload their own training data to some of these smaller models and see how easily they can be manipulated,” he said.
UCLA students will be able to declare digital humanities as a major this year, but campus professors have taught courses in the discipline for more than two decades. It’s the second most popular minor at UCLA, which was one reason the school decided to transform it into a major, said Alexandra Minna Stern, dean of the UCLA College Division of Humanities where digital humanities is based. Last academic year 750 UCLA undergraduate students took a course in digital humanities. Stern expects 50 to 100 students to eventually declare the major, and would be thrilled if 40 signed up this year.
The department will launch with 23 faculty, including lecturers, plus four staff members. Stern eventually wants a few more faculty, but UCLA’s currently under a hiring freeze. No academic unit at the university was cut to make way for the new digital humanities. Faculty hail from multiple humanities fields as well as information studies and data science, so classes will occur across several campus buildings.
She said at least one museum will provide internship opportunities. Based in the Los Angeles area, the Wende Museum specializes in collecting artifacts and oral histories of refugees as well as other dissident groups and digitizing them — a key aspect of digital humanities training. She aims to secure similar arrangements with other museums so students can further apply what they learn in professional settings.
The major’s introductory courses are clustered around data networks, such as statistical reasoning, and courses on culture, such as the symbolic history of Jerusalem or film depictions of antiquity. Upper division courses can center on how contemporary technology is shaped by political, cultural, and social forces or a class on social media data analysis.
Kedaar Sridhar, 26, graduated from UCLA in 2022 with a computer science major and a minor in digital humanities.
The social media data analysis course was his favorite in the minor. For a class project, he and a team of students analyzed the hashtag “facemask” on social media while much of the world was still in the throes of COVID-19. He relied on the coding language Python as well as sentiment analysis tools to classify how different countries felt about face masks in public based on the social media posts featuring that hashtag.
If he could do college all over, he’d major in the new digital humanities program because it combines the application of contemporary data software with the probing analytical questions that the humanities embody.
“I think computer science is the what, digital humanities is the how and the why, and how do you actually apply it, and why is it important to be applied,” he said.
Sridhar credits the minor with landing him an internship at Microsoft. All the applicants knew computer science, but digital humanities distinguished him, he said. An interviewer asked what the minor entailed, and he said “it’s human-centered data storytelling, working with groups, working in projects, getting a tangible outcome.”
The interviewer said that’s what they’re looking for.
In the past year he co-founded his own company, Grantlytics, an AI-based platform focused on helping nonprofits fundraise by writing proposals, finding funding opportunities and identifying promising donors.
As an employer, he’s looking for much of what the digital humanities major offers. Without it, Sridhar would prefer a candidate with a humanities and coding or math background. But digital humanities “automatically is that interdisciplinary nature because it combines those two worlds together.”
Sridhar’s preference for someone who is well-rounded appears to be backed by recent survey data.
Hiring managers who recruit recent college graduates indicated this year that these workers are mostly employable, but with caveats. The annual survey by the National Association of Colleges and Employers shows that the skills recent graduates are most proficient in aren’t what employers prioritize most.
For example, 99% of hiring managers say oral and written communication and persuasion skills are important. But the same hiring managers indicated that just 55% of recent college graduates score well in communication skills. The same goes for critical thinking: Around 94% of hiring managers rate this competency highly but they report that just half of recent graduates are able to gather data from diverse sources and draw conclusions or work well in a fast-paced setting.
Where recent graduates do better is in technology, but hiring managers care slightly less about those. About 75% of employers place high importance on adapting to new technology or using tech to achieve company goals; they say that about 65% of recent grads are competent in that skillset.
Stern, the dean, is careful not to overstate the promise of digital humanities to halt the freefall of the broader humanities as a major students want. The share of U.S. college students majoring in fields such as literature, history, philosophy and foreign languages is at a historic nadir — just 8% of degrees conferred were in the humanities, down from nearly 15% nearly two decades ago. The trend at UCLA is similar.
She knows things are tough for humanities departments, but “an art history grad is more likely to get a job these days than a computer science grad,” she said, citing data tracked by the Federal Reserve Bank of New York. “There are ebbs and flows across time” with which degrees lead to jobs and that students gravitate toward.

This article was originally published on CalMatters and was republished under the Creative Commons Attribution-NonCommercial-NoDerivatives license.

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Why now: The Supreme Court weighed in and fresh court documents were filed as preparations for the November general election are well underway.
Why it matters: One Southern California county tells LAist nothing has happened that changes how it runs elections since last time around in the June primary. And an election law expert says as of now, people should plan to vote as you normally would.
Go deeper: … for more on what Southern California voters need to know.
It’s been a busy week with the Trump administration’s legal battle over mail in ballots.
The Supreme Court weighed in and fresh court documents were filed as preparations for the November general election are well underway.
Confused about where things stand? You’re not alone.
One Southern California county tells LAist nothing has happened that changes how it runs elections since last time around in the June primary. And an election law expert says that as of now, people should plan to vote as you normally would.
“If there is some interference with mail in ballots, there are lots of voting centers and other ways that people can cast ballots,” said Rick Hasen, a UCLA professor of law and director of the Safeguarding Democracy Project. “But I don’t think it’s going to come to that.”
As the Nov. 3 general election approaches, local officials are encouraging voters to turn in their ballots early.
Here’s what we know.
As the legal battle plays out, local election officials are already gearing up for the November general election.
Bob Page, Orange County Registrar of Voters, told LAist his office starts working on an election up to nine months ahead of time, with the first November ballots being printed for overseas and military voters at the end of next week.
County election officials in California will start mailing ballots to all voters by Oct. 5. Page said O.C. will start printing ballots for the 1.9 million local voters the week of Labor Day.
“Those deadlines are set. You can’t mess with them,” Page said in a briefing from the Partnership for Large Election Jurisdictions Wednesday.
Hasen told LAist elections take a really long time to put in place, and something as mundane as envelopes are bought by the millions in counties such as L.A. and Orange. The design of mail in ballot envelopes are part of the new government requirements being challenged in court.
“In California, we now mail ballots to every single voter, so it would be incredibly expensive and difficult to try to change what that mailing would look like,” Hasen said.
In Orange County, for example, ballot envelopes are already in the works. Page noted the U.S. Postal Service approved of the design last month.
O.C. will be handling the November election like it did with the June primary, following existing state and federal law, Page said.
“We have to keep track of what’s going on in the different courts … But for right now, there’s nothing that’s happened that changes how we would conduct this election,” he said in an interview.
He also noted that he will make sure O.C. voters get a ballot, “however that gets to them.”
Hasen shared a similar message for voters.
“As of now, nothing has changed,” he said. “And let’s wait and see where things are in a week.”
Local election officials, including Page, are encouraging voters to turn in their ballots before Election Day. Ballots can start being processed as soon as they’re returned, so the more people vote early, the more ballots can be included in the first round of results released on election night.
“If there’s concerns about the speed at which ballots get counted or processed, the best way to address that for voters … is to vote early,” Page said.
Hasen agreed, adding that it’s much better for election administration and voter confidence if more ballots are returned and processed earlier.
O.C. voters will be able return their ballots by mail, to 128 drop boxes and to more than 190 vote centers, according to Page. L.A. County has started to send outreach postcards with early election reminders to most of its more than 5.8 million registered voters as of last week.
In March, President Donald Trump issued another executive order on voting that he said was to reduce “the risk of fraud.” Trump has claimed for years that there’s widespread voter fraud, despite the lack of evidence.
The order, among other things, instructs federal officials to create lists of eligible U.S. citizen voters in each state, directs USPS to only send mail in ballots to people on those lists and have USPS review the design of ballot envelopes.
Parts of the order were blocked in June by U.S. District Judge Indira Talwani in Boston. The Supreme Court paused that ruling earlier this week, giving what’s been described as an interim win to Trump. The administration saw another win on Wednesday when Talwani lifted her nationwide ruling that blocked USPS from moving forward with the executive order.
“The court cases are coming fast and furious right now after the Supreme Court’s ruling,” said Aaron Blacksberg, lead legal analyst on federal policy for the Institute for Responsive Government, during a virtual briefing earlier this week.
California Attorney General Rob Bonta and nearly two dozen other attorneys general filed a lawsuit Wednesday challenging a USPS final rule stemming from the executive order that was released last week.
Bonta argued its “President Trump’s latest unlawful attempt to take control of mail voting.” Bonta vowed in a news conference to “fight this every step of the way,” adding that he expected to see other lawsuits from Democratic party leadership and the League of Women Voters.
USPS did not immediately respond to LAist’s request for comment.
LAist is an independent, nonprofit newsroom that is also home to L.A.’s largest NPR station broadcasting at 89.3 FM. We center our coverage around people and communities, not institutions or policies. We hold power to account. We are unapologetically L.A.

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Sweet Savings From Osprey, Jetboil, Gossamer Gear, and More – GearJunkie

Sweet Savings From Osprey, Jetboil, Gossamer Gear, and More  GearJunkie
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California Lawmakers Greenlight Solar Panels You Can Plug Into the Wall – KQED

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In as little as a year, lowering your electricity bill could be as simple as buying a kit with a few solar panels and accessories, completing a quick online registration form, and plugging it into a standard outlet. 
California lawmakers passed a bill on Wednesday night to formally legalize plug-in, or balcony, solar: small, portable and relatively inexpensive systems that do not require rewiring or the costly installation fees that often come with rooftop solar.

The legislation, SB 868, sailed through the state assembly and senate with bipartisan support. The bill now moves to the governor’s desk for signature.
The devices can be tented in a backyard, hung off a balcony or placed on a roof. Models range from as low as $300 to $2200, depending on size. The bill would open the solar market to people who were previously left out: renters, people with unsuitable roofs, and those lacking the capital to build out a rooftop system, which can cost in the tens of thousands of dollars.
“There’s no question SB 868 is the most exciting clean energy and energy affordability bill right now up for consideration in California,” said Bernadette Del Chiaro, senior vice president at the Environmental Working Group, a nonprofit that co-sponsored the bill. “You never get to pass a big controversial bill in one year. We’re poised to do that. It is a huge win.”

A wave of state legislation over the past 18 months is making balcony solar — a nascent technology in the U.S. — within reach of everyday Americans. Utah pioneered a law passed in March 2025, and others quickly followed. 
Eight states now have bills on the books that allow a relatively straightforward process for purchasing and setting up balcony solar systems, including Colorado, Virginia and Maine. Bills in New York and New Jersey are awaiting the governors’ signatures, like California.

Advocates believe California’s market has massive potential. They’re motivated by Germany, where millions of solar panels dot balconies across the country.
Some of the state’s largest investor-owned utilities, however, opposed the legislation, citing safety and a concern that the systems would shift energy costs to people without solar power.
PG&E initially said it supported the bill if it were amended, but opposed the final version. Spokesperson Paul Doherty said the utility is concerned that certain safety and certification requirements on some systems would not be enforced until 2030.
But he said that the company “supports plug-in solar and the opportunities it could create for customers, particularly renters and others who have not had easy access to traditional rooftop solar.” 
San Diego Gas & Electric also opposed the legislation, citing concerns that even if balcony solar is designed to prevent feeding power back to the grid, systems may malfunction and endanger workers or customers. 
Southern California Edison originally opposed the bill but later took a neutral stance after bill authors updated safety standards and how people notify their utility of their systems, spokesperson David Eisenhauer said.

Notably, labor unions representing firefighters and PG&E employees dropped their opposition and took a neutral stance on the bill after lawmakers amended it to explicitly comply with state and national electrical codes. 
If signed into law by Newsom, the legislation would exempt plug-in solar devices from what critics say is a cumbersome and expensive interconnection application process, and replace registration with a free and straightforward online form. 
Some Californians have already installed plug-in solar panels, but utilities ask them to complete an interconnection agreement, citing state rules. If done through PG&E, for example, representatives from the utility said that process would cost roughly $100 to $800 and take about an hour. Typically, the approval comes through in three days, PG&E staff said. 
But plug-in solar advocates argued that the interconnection process defeats the plug-and-play nature of the technology, and could double or triple its cost.

Their goal is to make the panels as ubiquitous and easy to install as any off-the-shelf appliance dotting the racks of a Home Depot or Costco. 
The newly passed bill outlines several device requirements. The balcony solar systems must be capped at generating 1,200 watts per home, plug into a standard outlet, offset a customer’s onsite electricity use and meet state and national electrical codes. They also must be certified by an outside safety organization like Underwriters Laboratories and have a feature that would prevent electricity from feeding back into the grid if there’s a power outage. 
Current plug-in solar models do not yet meet the outlined requirements, and customers therefore must still register their systems as though they are rooftop solar. Del Chiaro said there are already a few companies developing devices that will meet the standards in the new California legislation.
The bill is meant to help reduce the cost of power for Californians and “eliminates red tape, so that people in California can actually use plug-in solar right now,” bill author and state Sen. Scott Wiener said during an Assembly hearing in June.
Del Chiaro estimated that just one 400-watt solar panel would cover about 14% of a typical renter’s apartment’s annual electricity bill and translate to energy-bill savings of roughly $250 a year. That system would provide enough juice to run a refrigerator, modem and Wi-Fi. A larger, 1,200-watt system would generate enough energy to power a window air conditioning unit, “enabling families, especially in our hotter regions, to afford to cool their home on increasingly hot days,” Del Chiaro said. 
Dozens of environmental and community groups and a few cities supported the bill. 
Plug-in solar advocacy group and nonprofit Bright Saver tentatively celebrated the action. 
“It’s a clear statement that the biggest state in the union wants this,” said Cora Stryker, the group’s co-founder, although she said she was not happy with an amendment sunsetting the legislation in 2030 and other provisions that could slow down the market for balcony solar. 

“The devil in the details makes it not a home run. It makes it a fight that continues,” she said. 
Fiscal analysis of the bill estimates implementation will cost the state between $200,000 and $500,000 annually to fund program administrator positions.
If Newsom signs, staff in Wiener’s office estimated that people would be able to buy compatible plug-in solar kits in the spring of 2027.
From KQED’s Climate desk, “Flipping the Switch” documents California’s transition to clean energy and what it means for you. What works? What doesn’t? How much does it cost? Help us find these answers and more by donating today.

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Iran connects largest solar farm to grid amid power crunch – IntelliNews

Iran connects largest solar farm to grid amid power crunch  IntelliNews
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UK homeowner says solar-and-battery system erased grid power use, cut gas to a few pounds – The Cool Down

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“Not using a penny of mains grid electricity, and gas has dropped to a couple of £ per month.”
Photo Credit: Reddit
A U.K. homeowner aiming to go fully off-grid says their growing rooftop solar-and-battery system now covers all of their home’s grid electricity needs and has pushed gas spending down to only a few pounds a month.
The update offers a look at what larger home energy systems can do once solar generation, battery storage, and export limits begin interacting in everyday use.
According to the homeowner’s update, posted in Reddit’s r/OffGrid community, the array includes 24 500-watt panels on the main roof and eight 585-watt panels on the garage roof. With “phase two” finished, the system is “running at 16.5kwp at (the) moment,” referring to the array’s peak power output.
The homeowner described the result, saying, “Not using a penny of mains grid electricity, and gas has dropped to a couple of £ per month.”
During sunny midday hours, the post noted, the batteries can fill up before the panels reach their maximum output. At that point, a 4-kilowatt export cap leaves solar production clipped to roughly 5 to 6 kilowatts.
That suggests the home is generating more solar power than it can always use or export during peak sunlight hours, which is exactly where battery storage becomes especially valuable. 
Many homeowners trying to save money on energy focus on solar capacity alone, but battery storage is often what turns daytime generation into round-the-clock savings.
Adding battery storage is one of the best ways to protect your home during outages, save on energy costs, and go off-grid. Batteries can store excess daytime solar power for use after sunset, helping households rely less on the grid and get more value from the electricity their panels already generate.
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That added storage can also make homes more resilient during blackouts or severe weather, especially when batteries are configured to keep essential appliances and systems running. 
Even when a household is not trying to fully disconnect from utility service, a battery can still cut bills, smooth out peak energy use, and help keep power available when the grid is under strain.
Homeowners curious about a similar setup can explore EnergySage and its free tools for information about home battery storage options. Another option is Pila, a company that offers smaller-scale battery backups to help protect individual appliances when the grid goes down.
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INOX SOLAR AMERICAS STRENGTHENS U.S. MANUFACTURING PLATFORM AS BOVIET SOLAR MAINTAINS BNEF TIER 1 STATUS FOR Q3 2026 – Yahoo Finance Singapore

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GREENVILLE, N.C., Aug. 27, 2026 /PRNewswire/ — Inox Solar Americas LLC, a U.S.-based solar technology and manufacturing company specializing in advanced monocrystalline Galaxion N-Type™ PV cells and premium Gamma Series™ Monofacial and Vega Series™ Bifacial PV modules, today announced that Boviet Solar USA, an Inox Solar Americas brand, continues to rank on the BloombergNEF (BNEF) Tier 1 PV Module Manufacturer list for Q3 2026.
Boviet Solar USA, an Inox Solar Americas company, first achieved BNEF Tier 1 status in 2017 and has maintained this recognition across every quarter of 2025 and through Q1, Q2, and Q3 of 2026. The Q3 2026 recognition is associated with qualifying solar projects supplied with Boviet Solar-branded PV modules, preserving the Boviet Solar name within BNEF’s qualification framework.
Inox Solar Americas is building on this established manufacturing and project track record through its growing U.S. solar manufacturing platform in Greenville, North Carolina. The company’s Greenville facility now provides 3.0 GW of annual PV module manufacturing capacity, while a 3.0 GW annual PV cell manufacturing facility is scheduled for completion in 2027. Together, these investments strengthen Inox Solar Americas’ ability to support the growing U.S. solar market with domestically manufactured PV modules and PV cells.
BloombergNEF is a globally recognized provider of research and analysis focused on the transition to a low-carbon economy. Its Tier 1 classification is widely used by investors, developers, EPCs, asset owners, and financial institutions as an important benchmark when evaluating PV module manufacturers and project bankability. BNEF’s Tier 1 classification evaluates PV module manufacturers against specified criteria based on project and asset-finance data tracked in BNEF’s proprietary databases. The methodology is published and updated by BNEF on a quarterly basis.
Importantly, the projects supporting the Q3 2026 BNEF Tier 1 recognition were supplied with Boviet Solar-branded PV modules. Accordingly, the BNEF Tier 1 recognition remains associated with the Boviet Solar name within BNEF’s qualification framework. Inox Solar Americas is building on this established project and manufacturing track record through its current U.S. manufacturing platform and continued investment in domestic PV module and PV cell production.
“This recognition provides an important bridge between the established bankability and project track record associated with Boviet Solar and the growing U.S. manufacturing platform of Inox Solar Americas,” said Ashok Nair, President & CEO, USA PV Module Manufacturing, Inox Solar Americas. “Our Greenville operations provide a strong foundation to support the U.S. solar market with domestically manufactured PV modules, while our expanding PV cell manufacturing capabilities will further strengthen our vertically integrated U.S. manufacturing platform. We are proud to build on an established record of quality, reliability, and bankability as we continue to grow under the Inox Solar Americas platform.”
Beyond its BNEF Tier 1 status, Boviet Solar has received recognition for its financial stability and product reliability from Wood Mackenzie, Sinovoltaics, and Kiwa PVEL. These historical recognitions reinforce the established bankability, product reliability, and manufacturing track record on which Inox Solar Americas continues to build.
To access BloombergNEF’s research and learn more about its Tier 1 methodology, please visit about.bnef.com.
About Inox Solar Americas
Inox Solar Americas is a U.S.-based solar technology and manufacturing company focused on advancing domestic photovoltaic manufacturing and delivering high-performance solar solutions for the U.S. market. Its portfolio includes Galaxion N-Type™ monocrystalline PV cells, Gamma Series™ Monofacial modules, and Vega Series™ Bifacial modules for residential, commercial, industrial, community solar, and utility-scale applications.
The company operates its U.S. PV manufacturing platform in Greenville, North Carolina, with 3.0 GW of annual PV module manufacturing capacity and expanding PV cell production. Through localized manufacturing, resilient supply chains, and efficient logistics, Inox Solar Americas is helping strengthen the U.S. solar supply chain and support growing domestic demand.
Inox Solar Americas is part of the renewable energy platform of Inox Clean Energy and INOXGFL Group, combining advanced solar technology, U.S. manufacturing capabilities, and industrial strength to support reliable and sustainable solar deployment across the United States. For more information, visit inoxclean.com and inoxgfl.com.
About Boviet Solar USA
Boviet Solar is an established PV module brand within the Inox Solar Americas U.S. manufacturing platform. Founded in 2013, the brand has built a strong track record in photovoltaic manufacturing, product reliability, and project deployment.
Boviet Solar’s portfolio includes Galaxion N-Type™ PV cells, Gamma Series™ Monofacial modules, and Vega Series™ Bifacial modules. The brand has earned recognition from leading industry organizations, including BloombergNEF Tier 1 PV Module Manufacturer recognition since 2017, Wood Mackenzie’s A-Class Bankable Global PV Module Manufacturers, Sinovoltaics’ Top 10 Most Financially Stable PV Module Manufacturers, and Kiwa PVEL Top Performer recognition since 2019.
Today, Boviet Solar operates within the broader renewable energy platform of Inox Clean Energy and INOXGFL Group through Inox Solar Americas. Its established manufacturing and project track record, combined with expanded U.S. production capabilities, provides a strong foundation for reliable technology and long-term domestic solar supply. For more information, visit bovietsolar.com, inoxclean.com and inoxgfl.com.
MEDIA INQUIRIES:
Songül Atacan
Head of Global Brand and Marketing
Inox Solar Americas | Boviet Solar USA
songul.atacan@inoxsolar.us 
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New Solar farm could cost £1 billion – Energy Live News

A proposed £1bn solar farm in Norfolk could generate enough electricity to power around 115,000 homes.
The East Pye project near Long Stratton would cover around 2,700 acres (1,090 hectares) of countryside.
Currently the scheme is facing opposition from residents and campaign groups who are concerned about the loss of agricultural land and its impact on the surrounding landscape.
The project’s estimated cost includes land acquisition, construction and installation. If approved, the final decision will be made by Energy Secretary Miatta Fahnbulleh due to the size of the development.
The developer says the project would help cut carbon emissions and support the UK’s net zero targets.

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Eswatini invites large solar-storage IPP interest and consultancy for new hydro play – African Energy

Developer interest has been requested for a large solar PV-battery energy storage system plant, with the feasibility of a significant hydroelectric plant also being assessed by the government, as Eswatini looks to reduce its high level of dependence upon imported power
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Plug-in solar panels enable UK households to ‘take control’ of their energy bills – Sustainability Online

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British energy secretary Miatta Fahnbulleh has said that the rollout of plug-in solar panels in the UK represents a “simple, affordable way for households to take control of their energy bills and start saving straight away”.
Fahnbulleh was commenting as the UK government gave the go ahead for the sale and use of the panels, which have the potential to save households up to £110 per year on their electricity bills.
“From this summer, we’re giving more families the ability to power their homes with clean homegrown energy,”she added.
Each plug-in solar kit can generate up to 800W of power, potentially supplying up to 20% of an average home’s electricity use, and capable of powering appliances such as fridges, televisions, Wi-Fi routers, laptops and phone chargers among others.
Retailers such as Amazon, Argos, B&Q, Currys, Screwfix and Wickes have committed to making plug-in solar products available online and in stores.
“The government’s announcement on plug-in solar panels is a practical step that gives households a simple way to generate their own power, reduce bills, and contribute to the UK’s net zero goals. We’re looking forward to helping customers benefit from this technology,” added John Boumphrey, UK & Ireland country manager, Amazon.
The British government said the UK safety specifications with regard to plug-in solar panels is more stringent than Germany’s, where around 500,000 new devices were plugged in during 2025.
It added that those in rental properties may need approval from their landlord before introducing the panels, while those in flats and other properties may require permission from a building owner or freeholder.
“This is a great example of industry and government coming together and delivering quickly for Britain,” added Chris Hewitt, CEO of Solar Energy UK.
“Solar and batteries are already the most effective way for homes and businesses to slash their energy bills by more than half, and making plug-in solar lawful will bring cheap, clean power to households that have not been able to access these benefits before.” Read more here.

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Canadian Solar Q2 Earnings Call Highlights – Yahoo Finance

Canadian Solar Q2 Earnings Call Highlights  Yahoo Finance
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Perigus Energy Acquires Rights to Olpe-Rehringhausen Wind Farm Project in Germany – SolarQuarter

Perigus Energy Acquires Rights to Olpe-Rehringhausen Wind Farm Project in Germany  SolarQuarter
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Some Maine solar customers left in limbo after Freedom Forever bankruptcy – WGME

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Lanesborough solar project raises questions about how 6,020 panels will look from Old Cheshire Road – The Berkshire Eagle

“The cows get really hot,” said Michael Gallagher, co-owner of Square Roots Farm. “They don’t like it anything above really like 75.” Gallagher hopes that solar panels will provide shade to his animals. 
This is one of two fields at Square Roots Farm that is slated for a solar array. The chickens are in portable coops as part of the farm’s rotational grazing.
Michael Gallagher, who co-owns Square Roots Farm with his wife, Ashley Amsden, hopes plans for a solar array on his property will be approved by the Lanesborough Planning Board.
Chickens will still be able to forage in this field at Square Roots Farm once a solar array is on it.

Community Voices Editor
“The cows get really hot,” said Michael Gallagher, co-owner of Square Roots Farm. “They don’t like it anything above really like 75.” Gallagher hopes that solar panels will provide shade to his animals. 
LANESBOROUGH — How will 6,020 solar panels at Square Roots Farm look from Old Cheshire Road?
That was one of the pointed questions Planning Board member Audra Ladd posed to Boston developer BlueWave at a Planning Board pre-application meeting last week.
On a map, the tiles — 7.5 feet long and 4.25 feet wide — appear as a dense pattern of bright red dashes spread across portions of two fields on the 33-acre property.
But the map doesn’t show what the array will actually look like from the road. The panels will lie flat at night, then begin rotating with the sunrise, tracking the sun from east to west throughout the day.
A landscape architect at Weston & Sampson will draw a rendering to answer that question.
This is one of two fields at Square Roots Farm that is slated for a solar array. The chickens are in portable coops as part of the farm’s rotational grazing.
The 3,973-kilowatt direct-current array is expected to generate enough electricity to offset the annual consumption of an estimated 650 to 750 homes, according to BlueWave. All the power will go to the grid through a new, three-phase connection that will run a mile from Summer Street via infrastructure owned by Eversource. 
BlueWave expects to start construction in spring 2027 and finish in four to six months.
There were other questions from the Planning Board, but the one about visual impact prompted The Eagle to request a tour of the site with farmer Michael Gallagher, who attended the meeting with his wife, Ashley Amsden, and their two children, Maggie and Everett.
Michael Gallagher, who co-owns Square Roots Farm with his wife, Ashley Amsden, hopes plans for a solar array on his property will be approved by the Lanesborough Planning Board.
During that tour of the grassy hillside, which took place on a Kawasaki Mule side-by-side, Gallagher noted that the eastern field is cradled by a line of maple trees, which largely blocks the field from view.
“The only sort of vantage point into this field is through the gate we come in through,” he said. “That’s the only way people are really going to see this field.”
The more heavily sloped western field will contain tiles as well as an equipment pad with battery storage.
Gallagher acknowledged that the western field will be more visible from Old Cheshire Road because of its steeper slope.
Looking down and south from that field onto Lakeview Orchard and across the hills, Gallagher made some observations.
“Something you can really see from up here is that we’re already farming in a landscape that’s really impacted by energy infrastructure,” he said. “The orchard across the street, they’ve got trees and berries under the high tension lines. … We’ve got a gas line across the street running through our property.”
Gallagher said he took a walk with his son last week and they saw a doe and fawn munching on new growth under the high tension lines. That new growth came as a result of a trimming project that Eversource recently did.
Energy infrastructure is already a visible part of the local landscape, he said. 
“Here’s a big power line cut in the mountain across the road,” Gallagher said. “It’s here. We’re used to all these things.”
At the Planning Board meeting, Gallagher spoke of his interest in creating shade for his cows, chickens and forage. The array — with 20 feet between the edges of panels — will allow him to rotationally graze his animals, noting that because the panels are 10 feet off the ground animals can seek shade under them. 
Because the panels will be mounted on I-beams, Gallagher said, he isn’t worried about the cows damaging them.
“Clearly, it’s going to hold up to anything the cows are going to do to it,” he said. “So if the cows want to rub and scratch on them, they can do that all day long.”
Chickens will still be able to forage in this field at Square Roots Farm once a solar array is on it.
The arrays will be bounded by fences of woven wire. A separate fence will surround the equipment pad. Gates will be threaded through the site, said Andrew Hamel at Weston & Sampson.
“We work with Mike to make sure those are in the right spot so he can get where he needs to with his equipment and turn everything around and not have an issue,” he said.
Next steps for the town and the developer will be to consult with their lawyers to clarify certain points prior to BlueWave filing its formal application to the Planning Board.
Back at Square Roots Farm, Amsden was weeding the kitchen garden next to the house, which stands between the two fields in question.
She offered her perspective on the view of the solar array.
“So much of how we interpret the beauty of things has to do with the story that we’re telling ourselves about it,” she said. “And this is a story about clean energy production, which we desperately need, coexisting with sustainable farming on the same land, and that’s a beautiful powerful story.”
Amsden will be looking at this array on a daily basis.
“This is our back yard,” she said. “Looking at it is going to make me feel really good because I know these two things we desperately need are happening together.”

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Jane Kaufman is a News Reporter at The Berkshire Eagle. She can be reached at jkaufman@berkshireeagle.com or 413-496-6125.
Community Voices Editor
The 3,973-kilowatt direct-current array is expected to generate enough electricity to offset the annual consumption of an estimated 650 to 750 homes, according to BlueWave. 
Following months of speculation and debate, the Dalton Select Board approved a sewer bill rate hike for residents — a single family home will see its annual sewer bill climb from $564 to $1,216. “It’s crazy to have people pay that.”
Former Pittsfield police officer William Straub lost his law enforcement certification after pleading guilty to assault and battery charges, barring him from working as a law enforcement officer in Massachusetts.
When Lenox Memorial Middle and High School students return Thursday, they’ll be greeted by a new principal — and, starting Monday, a new personal technology policy.
The Literacy Network, also referred to as LitNet, trains volunteer tutors to help English language learners improve their speaking and writing skills.
The drivers of two cars were taken to the hospital after colliding at the Columbus Avenue and Center Street intersection Tuesday afternoon.
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Beyond the gold standard: An ultrathin chromium layer makes durable perovskite solar cells more affordable – Tech Xplore

Beyond the gold standard: An ultrathin chromium layer makes durable perovskite solar cells more affordable  Tech Xplore
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The sheet of glass on the front of a solar panel does nothing but keep the rain off and let the light through, so a California company coated it in perovskite to make it the first layer that generates, and three manufacturers have signed 13 gigawatts of it on six wee – Autonocion.com

By: Luis Reyes
Published: Aug 27, at 12:00pm ET
The glass on the front of a solar panel is the one component that does nothing. It stops hail, keeps water off the cells and lets light through, and that is the entire job description. The black rectangles underneath are where the electricity actually comes from.
A company in Baldwin Park, California has spent a decade arguing that this is a waste of a perfectly good sheet of glass.
Caelux coats that cover glass with a thin perovskite film, so the sheet itself becomes the first layer that generates and the silicon cells below become the second. The product is called Active Glass. The panel it produces is what the company calls a hybrid tandem.
Since April, Caelux has signed 13 gigawatts of that glass across three module manufacturers on two continents. And in an interview published this week, CEO Scott Graybeal told PV Tech that “every module in the world in the 2030s will have perovskite.”
That is a very large claim built on a material whose longest stretch of outdoor evidence, offered by Graybeal in the same interview, runs to six weeks.
Almost everyone else chasing perovskite builds it into the cell. Oxford PV, Qcells and LONGi all lay perovskite films directly on top of a silicon base cell and seal the sandwich inside glass. It is a genuine tandem cell, and it requires a genuinely new production line.
Caelux does not touch the cell at all. The silicon underneath stays exactly what it was, and the perovskite rides on the piece of glass that was going on top anyway.
Graybeal’s stated reason is return on invested capital. Building out module manufacturing to go with the glass would have pushed revenue further into the future and raised the cost of getting there, to the point where the returns stopped looking like returns. Selling one component into lines that already exist gets paid sooner.
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He is also open about what the approach costs on the physics side. In a conventional tandem cell, light passes through the perovskite and reaches the silicon directly. In Caelux’s version, it has to travel through an extra transparent conductive layer on the way down, and traditional architectures can therefore reach higher total efficiencies.
The compensation, by his argument, is failure mode. Separate the perovskite from the cell and a degrading top layer does not take the silicon with it. You lose the bonus, not the panel.
The US buyer for all of this is Solx, a module manufacturer building inside a former Hewlett-Packard plant in Aguadilla, Puerto Rico, on a site the company first announced in 2024 with construction starting in April 2025.
On April 21 the two companies announced a five-year, 3-gigawatt partnership. Caelux’s glass goes on top of Solx’s Aurora module, which the companies say produces 28 percent conversion efficiency and up to 30 percent more power density than a silicon-only panel of the same size.
“U.S.-made hybrid tandem is no longer a theoretical, it’s now in commercialized production,” said James Holmes, co-founder and CEO of Solx, in the announcement. Broader commercial availability is targeted for 2027.
The rest of the panel is domestic too, which is the entire commercial point. The silicon cells come from Suniva, headquartered in metro Atlanta, and the steel frames from Origami Solar.
Suniva is worth a moment on its own. The company announced in April that it is putting over $350 million into a 620,000-square-foot cell plant in Laurens, South Carolina, opening in the second quarter of 2027 with 4.5 gigawatts of capacity and 564 jobs. Added to its existing Georgia line, that takes it past 5.5 gigawatts a year.
American module assembly has never been the bottleneck. Cells have. Panels stamped as domestic have leaned on imported internals for years, and a merchant cell supplier at that scale is what lets a mid-sized assembler clear federal domestic content thresholds. Caelux is selling into exactly that gap: a perovskite layer that arrives as a piece of American glass rather than as a redesign of somebody’s factory.
Perovskite has always had the same problem. It converts light beautifully and it falls apart when exposed to light, air, moisture and heat, which are the four things a solar panel spends 25 years sitting in.
Graybeal says Caelux has worked the chemistry hard, through additives, structural changes and process adjustments, and that its current technology can support 25-year lifetimes. He also says the company is in the middle of qualification and certification.
The supporting anecdote he gave PV Tech was that Caelux has had its perovskite material outdoors and has seen no degradation over six weeks.
Six weeks is real data. It is not 25 years, and nobody in the industry has produced 25 years for perovskite yet.
That is why the certification paperwork matters more than any efficiency number right now. Qcells spent this summer collecting exactly that kind of document, and put a tandem panel through 42 days of damp heat and 200 thermal cycles to get it. No world record attached, just the file that makes a bank willing to finance a field.
The lab-to-field gap is the recurring story here. We covered it again this month with a see-through perovskite cell whose headline efficiency came from a smaller device under a lamp than the pane that went outside.
On July 14, LONGi announced a crystalline silicon-perovskite tandem cell at 35.5 percent, certified by the European Solar Test Installation in Italy. It is a world record, and it beats every commercial module on the planet by a wide margin.
It is also a laboratory device. LONGi did not disclose the active area, and as pv magazine noted, the company said in June that it has no active mass-production plan for the technology. Its certified tandem modules, the ones built at something like commercial size, sit at 31.4 and 29.4 percent.
So the record holder has a 35.5 percent cell and no factory schedule. Caelux has a 28 percent module and 13 gigawatts of five-year commitments. Those are two completely different bets, and only one of them has to survive a warranty claim.
Caelux’s first manufacturing site stays in the United States, with India as the likely second. The two Indian deals, with Rayzon Solar and Navitas Solar, are each 5 gigawatts over five years and are aimed at production starting around 2028 to 2029, which is the runway Graybeal says the company needs to build or convert a plant there.
Between now and then, the number that decides everything is not efficiency. It is whether TÜV Rheinland or an equivalent body signs off on the full reliability and safety standards, and whether an insurer will stand behind the resulting panel for the life of a project.
There is a smaller consequence worth noting for anyone who operates solar hardware. Once the front sheet is the first power layer, the glass stops being the disposable part of the panel. It is already the surface that costs you output when it gets dirty, which is why desert farms now run robots across it every night. Coating it with an active semiconductor raises the stakes on every hailstone, every dust storm and every cleaning contract.
The engineering logic here is hard to argue with. A manufacturer can drop Caelux’s glass into an existing line without redesigning a single cell, which is precisely why three of them signed inside four months. Whether that logic holds in a field is a different question, and answering it takes roughly 200 times longer than the longest run anybody has watched so far.
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You may soon be able to put a solar panel on your apartment balcony in California – San Diego Union-Tribune

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A bill in the California Legislature, colloquially known as the Plug And Play Solar Act, that would pave the way for consumers to hook up portable installations on places like patios and balconies is heading to Gov. Gavin Newsom’s desk.
Senate Bill 868, authored by Sen. Scott Wiener, D-San Francisco, sailed through the Assembly in Sacramento earlier this week after previously passing through the Senate.
“Plug-in solar allows renters (who usually don’t benefit from rooftop solar) and homeowners (who may not be able to afford rooftop solar up-front costs) to plug in a low cost solar panel and quickly lower their electric bills,” Wiener said on X, calling it a “big win for affordability.”
The bill would allow consumers to buy small-scale, portable solar panels from retail stores such as Home Depot or Costco and plug them into a wall socket in their homes without having to fill out paperwork for an interconnection agreement with their local utility.
By making “balcony solar” as simple as plugging in household appliances, SB 868 aims to help consumers reduce their electricity costs. The bill applies to solar generation devices as large as 1,200 watts.
Will Newsom sign it into law? As of Thursday afternoon, the governor’s press office had not responded to an email from the Union-Tribune asking about Newsom’s intentions.
If signed, SB 868 would go into effect on Jan. 1, 2027.
Kits for plug-in solar range in cost from $300 to more than $2,500, depending on size. Each panel connects to a small microinverter, which converts the direct current (DC) electricity from the panels into the alternating current (AC) that homes use.
According to EnergySage, a company that offers comparison pricing for clean energy products, portable solar can save customers money. In states such as California with high electricity prices, EnergySage estimates that customers using 600 kilowatt-hours can reduce $40 to $50 on their monthly bills, depending on the system they buy.
To meet safety standards, the solar systems under SB 868 must be certified by Underwriters Laboratories or an equivalent national testing lab. To prevent electrical hazards and protect utility workers, the systems must automatically shut off within seconds if the electric grid goes down.
“With this bill, California is poised to fling its doors wide open to a real, tangible affordability solution for everyday consumers,” said Bernadette Del Chiaro, senior vice president for the Environmental Working Group, which lobbied to pass the legislation.
While going through Sacramento’s often torturous legislative process, an amendment was added to SB 868 that sunsets the interconnection exemption on Jan. 1, 2030. It’s believed that it was added at the behest of power companies, but the Environmental Working Group said in a news release that the bill still gives “the market four years to take off and the Legislature has the opportunity to remove the sunset in the future.”
According to the bill’s fiscal analysis, the proposal would cost the California Public Utilities Commission between $200,000 to $500,000 each year to fund.
San Diego Gas & Electric and Pacific Gas & Electric came out against SB 868. The state’s other large investor-owned utility, Southern California Edison, did not take a stance in the most recent iteration of the bill.
A pair of groups representing publicly funded power companies — including Los Angeles Department of Water and Power and the Sacramento Municipal Utility District — also criticized the plug-in solar legislation.
Opponents highlighted safety concerns.
“Without appropriate oversight, devices that feed electricity into a building’s electrical system may inadvertently backfeed into the distribution grid,” the California Municipal Utilities Association said. “This creates potential hazards for line workers performing maintenance or responding to outages, who rely on established interconnection standards to ensure circuits are properly isolated and safe to work on.”
Responding to an email Thursday from the Union-Tribune, SDG&E spokesperson Roland Franklin said, “Our priority is ensuring that any technology operating on or near the electric system meets strong safety standards that protect customers, line workers and the public.”
Balcony solar has become very popular in Germany, with more than 4 million small-scale systems installed.
Utah became the first state in the U.S. to make way for plug-in systems when it passed a law in March 2025, and others have quickly followed. Eight states now have laws on the books. Like California, New York and New Jersey have bills awaiting governors’ signatures.
Copyright 2026 San Diego Union-Tribune. All rights reserved. The use of any content on this website for the purpose of training artificial intelligence systems, algorithms, machine learning models, text and data mining, or similar use is strictly prohibited without explicit written consent.

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Jackery users say extra $600 for a second 5000 Plus can beat a battery add-on – The Cool Down

© 2025 THE COOL DOWN COMPANY. All Rights Reserved. Do not sell or share my personal information. Reach us at hello@thecooldown.com.
Adding battery storage is one of the most effective ways to prepare for outages.
Photo Credit: Getty images
For homeowners putting together an outage plan, one of the toughest questions is whether it makes more sense to buy extra battery capacity or spend more on a second fully functional backup unit.
That’s exactly the dilemma a Jackery 5000 Plus owner raised on Reddit while trying to decide whether paying about $600 more for another full system was a better move than buying an expansion battery.
On Reddit, the OP said they already had “one 5000 Plus and the smart switch” and wanted to expand “to be ready for a longer than expected grid failure.”
Because the price difference was only around $600, the core decision was whether added storage alone was enough or whether another complete power station offered more useful flexibility.
Commenters largely favored redundancy.
One user said, “Redundancy is more important than larger capacity, imo.” 
That matched what the OP said: “My thinking is that I get another 5000 Plus then if I need more storage I can add expansion to one or both of the 5000 Plus.”
Adding battery storage is one of the most effective ways to prepare for outages. It can also help lower energy costs and give households a more practical path toward going off-grid by storing electricity for later use.
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To get started, just answer a few questions about your home — no phone number required. Within a day or two, EnergySage will email you the best options for your needs, and their expert advisers can help you compare quotes and pick a winner.
Solar panels can save you more than $50k over their 25-year lifespan, and EnergySage can help you save as much as $10k on installation. Which begs the question — isn’t that worth an email or two?
If you’re weighing your own options, it may be worth exploring EnergySage to get information about home battery storage solutions.
Buyers are often deciding between capacity and resilience, not simply picking the biggest battery available.
The expansion pack’s main appeal is its lower cost, but it still needs the primary unit in order to work. A second full power station, meanwhile, adds a separate portable system that can run on its own.
If one unit runs into a problem, a second complete system can still keep essential devices powered. It also gives households more flexibility to split loads between rooms, appliances, or even separate locations.
That setup has a downside, though. As some users noted in the thread, operating two inverters can raise standby power use, so the more redundant option is not always the most efficient one.
For many shoppers, backup planning is about avoiding a single point of failure. That can be especially important for anyone depending on stored power for refrigeration, medical equipment, communications, or well pumps.
Outage planning comes down to what absolutely has to stay on, for how long, and whether portability matters. For some homes, a modular add-on may be enough. For others, a second standalone unit may be a better fit.
It is also worth comparing plug-and-play systems with whole-home options before making a purchase, including Pila.
For larger setups, gathering multiple quotes can help clarify whether added storage, a second inverter, or a more integrated home battery system will offer the best value. That kind of comparison can be especially useful when the price gap is only a few hundred dollars, but the practical benefits may be much greater.
Get TCD’s free newsletters for easy tips, smart advice, and a chance to earn $5,000 toward home upgrades. To see more stories like this one, change your Google preferences here.
© 2025 THE COOL DOWN COMPANY. All Rights Reserved. Do not sell or share my personal information. Reach us at hello@thecooldown.com.

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Grenergy seeks approval for US$593mn solar-storage park in Chile – BNamericas

Grenergy seeks approval for US$593mn solar-storage park in Chile  BNamericas
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Plug-in solar panels can be sold from today: I live in a flat but won't be buying them says HELEN CRANE – This is Money

Plug-in solar panels can be sold from today: I live in a flat but won’t be buying them says HELEN CRANE  This is Money
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Gabrovo to build rainwater collection system after pioneering citizen energy communities in Bulgaria – Balkan Green Energy News

The irrigation system, whose construction is about to begin, will use rainwater, but also surface water from the Sinkevitsa River, the municipality announced on its website.
Rainwater will be collected from the roof of the local theater building. It will pass through a filtration system and then be directed to storage tanks. The system will be supplemented by a facility collecting water from the Sinkevitsa River during periods of high water levels, ensuring enough irrigation even with insufficient rainfall, the municipality explained.
The facilities will be powered by a photovoltaic plant, reducing the system’s carbon footprint to almost zero, it added.
In an interview with BNR Radio Sofia, Gabrovo Mayor Tanya Hristova said the municipality continues to work towards achieving climate neutrality by 2030, combining investments in energy efficiency, renewable energy, sustainable transportation, the circular economy, and waste management, according to the National Association of Municipalities in the Republic of Bulgaria.
Gabrovo established Bulgaria’s first citizen-led energy community in 2024, bringing together 73 founding members, including citizens, small and medium-sized enterprises (SMEs), and organizations.
The crowdfunding effort raised over BGN 160,000 (around EUR 82,000) to develop a shared photovoltaic installation on a landfill, with a peak capacity of 100 kW. The project has also been selected to receive a EUR 45,000 grant from the European Energy Communities Facility, according to the municipality’s website.
The shared solar plant, with a peak capacity of 100 kW, was built on a landfill
Following the success of the first initiative, Gabrovo has created a second energy community, envisaging a 150 kW rooftop photovoltaic system to power public transportation with clean energy.
Gabrovo is also the first municipality in the country to use an electric bus in public transportation, on the Sofia-Gabrovo intercity line, according to the National Association of Municipalities.
Gabrovo’s second energy community plans a 150 kW rooftop solar plant for public transportation
The Gabrovo municipality, located in central Bulgaria, has a population of about 76,000.
In 2024, the Bulgarian seaside city of Burgas announced plans to set up a citizen energy community with a PV plant on a sports venue roof. It was put into operation in July 2025, featuring 576 solar panels, and was later expanded to 960.
In September 2025, Bulgaria’s capital, Sofia, decided to establish its own energy community. It called on individuals and firms to invest in a rooftop solar power plant with 74.8 kW in peak capacity.
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Greece got the green light for its EUR 4.8 billion Social Climate Plan to support vulnerable households, individuals and transportation users in the clean transition, together with micro-enterprises
Thousands of tons of various waste have been illegally buried for years in Gospić. People from all over Croatia are coming to a protest in Zagreb to demand accountability.
Greenland and the EU could deepen cooperation on renewable energy, critical raw materials and digital infrastructure while prioritising local development.
The global average sea surface temperature set a new daily record of 21.1 degrees Celsius on August 22
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Potentia Energy completes 98MW solar-plus-storage project in Australia – PV Tech

Australian renewable energy developer Potentia Energy has completed its 98MW Quorn Park Solar Hybrid project in New South Wales, Australia, combining solar PV with a 20MW/40MWh battery energy storage system (BESS).
The project, located around 10km northwest of Parkes, represents an investment of AU$ 190 million (US$ 136.5 million), according to the firm.

The company said that Quorn Park is the first hybrid project in Australia’s National Electricity Market (NEM) to receive approval for a single hybrid generator performance standard (GPS). The facility is expected to generate around 250,000MWh of electricity annually.
Permitted in 2020, construction began in late 2024. Potentia delivered the project alongside engineering, procurement and construction (EPC) contractor Beon Energy Solutions, with inverter manufacturer SMA Australia, module manufacturer LONGi, BYD and solar PV equipment provider Nextpower also involved.
Australian electricity retailer Zen Energy has signed a 10-year power purchase agreement (PPA) covering most of the project’s generation. In March 2026, Potentia completed the installation of nearly 161,000 solar modules at the project following six months of construction.
Potentia Energy, a joint venture between Italian clean energy developer Enel Green Power and Japan-headquartered Inpex Corporation, operates over 800MW of renewable energy assets across Australia.
Earlier this year, the developer secured AU$830 million (US$557 million) in portfolio financing from seven banks to support its renewable energy operations and project development in Australia.
The financing covered more than 600MW across six wind, solar and hybrid BESS assets. The syndicate comprised financial institutions Bank of China, BNP Paribas, HSBC, Mizuho Bank, Société Générale, Sumitomo Mitsui Banking Corporation and Westpac Banking Corporation.

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Mirror-image molecules steer electron spins and lift perovskite solar cell efficiency – Phys.org

Mirror-image molecules steer electron spins and lift perovskite solar cell efficiency  Phys.org
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Warren County planning and zoning commissioners postpone approval of new solar district – Warren County Record

Warren County planning and zoning commissioners postpone approval of new solar district  Warren County Record
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Nextnova announces plans for 2 GW solar cell manufacturing in Oklahoma – pv magazine USA

Nextnova Solar, a solar cell manufacturing company based in Oklahoma City, has announced plans to open a 2 GW solar cell manufacturing facility in a 458,000 square-foot building in nearby Yukon, Oklahoma.
The company plans to begin work on the facility in November 2026, with mass production starting in March 2027. Nextnova says the facility will initially require 300 workers, but notes that the facility has the potential to scale to 5 GW of annual capacity with demand, which may result in additional employment.
In public-facing materials on its website, the company touts its fully integrated Manufacturing Execution System (MES) and advanced process control laboratory. The company also promises “complete material traceability” and that it says will enable customers to verify product origin, demonstrate regulatory compliance, support ESG reporting and rapidly investigate quality-related issues.
“Nextnova is being built to deliver more than high-efficiency solar cells,” said Nextnova chief strategy officer Nathan Miller in a statement. “We are creating a manufacturing platform that gives customers greater confidence through advanced technology, rigorous quality systems and complete transparency across the supply chain.”
The Nextnova announcement comes at a time when domestic module manufacturers are facing new tariffs on imported solar cells under Section 232 of the Trade Expansion Act of 1962, which impose a price floor and 15% ad valorem tariffs on all imports of solar cells, which apply to the base cost of the imports and stack together, potentially raising the price of imported cells above the cost of similar cells from domestic suppliers. 
The U.S. does not currently have enough domestic solar cell production capacity to meet the needs of module assemblers. According to the latest numbers shared by the Solar Energy Industries Association (SEIA) on its U.S. Solar Manufacturing Dashboard, the capacity of operational U.S. solar cell facilities is now around 10.6 GW, with another 23.1 GW announced or under construction, while operational module assembly capacity now tops 74.1 GW, with 26.7 GW planned or under construction. 
Nextnova to present at Solar Manufacturing USA 2026
Nextnova is among the sponsors of the Solar Manufacturing USA 2026 conference, presented by pv magazine USA, in partnership with Finlay Colville of Terawatt PV Research. 
“Nextnova’s inclusion at the inaugural Solar Manufacturing USA 2026 event forms a direct match with one of the major themes underpinning the conference — revealing the companies that are currently investing into new solar cell manufacturing sites in the United States,” said Colville, adding “The presentation by the company’s Chief Strategy Officer, Nathan Miller, promises to be one of the highlights of the opening sessions. Following the latest Section 232 action, the strategic imperative to invest in and build out the U.S. domestic solar supply chain has never been more critical.”
The conference takes place on September 22 and 23, 2026 in Austin, Texas. Registration is open now.
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A two-day conference in Austin, Texas, bringing together leaders in US solar manufacturing, equipment specification, and factory execution.
Entries open in seven categories: Modules, Inverters, BoS, BESS, Manufacturing, Sustainability, Projects.
April 01 – August 31, 2026
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11:00 am – 12:30 pm CEST, Berlin, Paris, Madrid
pv magazine USA hosts its multi-day virtual event on U.S. solar and energy storage, covering domestic manufacturing, distributed energy and the growing role of solar-plus-storage in meeting AI-driven power demand.

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Rooftop Solar’s Next Crisis: Why Homeowners Are Losing 20% of Their Energy Output – Yahoo Tech

Rooftop Solar’s Next Crisis: Why Homeowners Are Losing 20% of Their Energy Output  Yahoo Tech
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Genesee County Solar park will help provide power to local schools – WJRT ABC12

Genesee County Solar park will help provide power to local schools  WJRT ABC12
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Africa’s largest copper complex switches on the continent’s first round-the-clock solar battery plant – Business Insider Africa

Business Insider Edition
Africa’s largest copper mining complex has started receiving round-the-clock electricity from a 233-megawatt-peak solar farm and one of the continent’s biggest battery-storage systems.
The facility at the Kamoa-Kakula Copper Complex in the Democratic Republic of Congo reached commercial operation on August 12, according to CrossBoundary Energy, which announced the development on August 25.
It combines the solar farm with a battery capable of storing 526 megawatt-hours of electricity. The system is designed to provide at least 30 megawatts of continuous power, including when the sun is not shining.
CrossBoundary described it as Africa’s first operational solar and battery facility designed to provide baseload electricity at this scale. The company also said it was completed faster than any comparable African project.
Those claims have not been independently verified.
DON’T MISS THIS: Canadian mining firm fires up Africa’s largest copper smelter in historic launch
The project moved from the signing of its power-purchase agreement in April 2025 to commercial operation in 16 months. CrossBoundary cited industry research indicating that comparable utility-scale African solar and battery projects take an average of approximately 29 months.
Powering one of the world’s biggest copper operations
Kamoa-Kakula is owned by Canada’s Ivanhoe Mines, China’s Zijin Mining, Crystal River Global and the Congolese government.
Ivanhoe and Zijin each hold an indirect 39.6% interest, the DRC government owns 20% and Crystal River holds the remaining 0.8%.
The complex produced approximately 388,800 tonnes of copper in 2025 and generated revenue of $3.28 billion. It ranks among the world’s largest and highest-grade copper operations.
Its new on-site smelter can process 500,000 tonnes of copper annually, making it the largest copper smelter in Africa.
Reliable electricity is therefore essential to the mine’s production and expansion plans.
Kamoa-Kakula already receives much of its electricity from hydropower. However, instability within the DRC’s electricity system has previously forced the mine to use diesel generators and import power from neighbouring countries.
The new battery system can store solar electricity during the day and release it when production from the panels falls. This allows the facility to provide a fixed supply rather than electricity only during daylight hours.
CrossBoundary said the arrangement would reduce Kamoa-Kakula’s exposure to diesel-price volatility and disruptions affecting fuel supplies.
The company did not disclose the project’s construction cost or the price Kamoa Copper will pay for its electricity.
Mine plans to double solar supply
The newly operational CrossBoundary facility is one part of a larger renewable-energy programme at Kamoa-Kakula.
Ivanhoe said earlier in 2026 that two privately funded solar and battery projects at the complex would eventually provide a combined 60 megawatts of baseload power.
Together, the two facilities are expected to include 433 MWp of solar panels and 1,107 MWh of battery storage.
DON’T MISS THIS: DR Congo moves to secure stake in $270 million Zambia power link amid mining energy crunch
Kamoa-Kakula plans to double its on-site solar baseload supply to 120 megawatts by the end of 2027 as it works towards producing approximately 500,000 tonnes of copper annually from 2028.
The expansion comes as copper becomes increasingly important to electricity grids, electric vehicles, data centres and renewable-energy infrastructure.
The DRC is already one of the world’s most important copper and cobalt producers, but inadequate electricity and transport infrastructure continue to restrict the country’s ability to benefit fully from growing global demand.
Kamoa-Kakula’s privately funded power projects illustrate how large mining companies are increasingly building or financing their own energy infrastructure instead of waiting for national grids to expand.
They also show the scale of energy required to extract and process the minerals underpinning the global transition away from fossil fuels.
The new solar facility does not power the entire Kamoa-Kakula operation. Its guaranteed 30-megawatt contribution represents one part of the mining complex’s electricity supply, alongside hydropower, imported electricity and other backup sources.
© 2026 africa.businessinsider.com

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Electricity prices: Are solar producers really buying low and selling high? – Knews, Kathimerini

Newsroom
The debate over the cost of electricity in Cyprus has focused attention on the price at which renewable energy is generated and sold, with claims that photovoltaic producers can generate electricity for as little as 7 or 8 cents per kilowatt-hour before selling it to the market for 25 or 30 cents.
The Electricity Market Association (EMA) disputes that picture, arguing that the figures do not reflect how the electricity market operates or the actual economics of running a solar installation.

According to the association, private renewable energy producers participating in the Competitive Electricity Market accounted for about 6.4% of total electricity traded during the period examined. This amounted to 262 GWh of solar power traded in the Day-Ahead Market.
The association says this share alone makes it mathematically impossible for a reduction in the selling price of this electricity to produce a 20% reduction in the total electricity bill.
A market simulation using a price of 11 cents per kWh for the solar energy in question would reduce the overall electricity bill by approximately 1.8%, according to the EMA.
Average solar-hour price was about 11.8 cents
The association also rejects the claim that photovoltaic producers routinely buy or generate electricity at 7-8 cents per kWh and then sell it for 25-30 cents.
Official data covering the first six months of the Competitive Electricity Market show that the average electricity price during solar-generation hours was approximately €118 per MWh, equivalent to 11.8 cents per kWh.
The Electricity Authority of Cyprus already has the ability to procure renewable electricity from projects with a combined installed capacity of 416 MW at 11 cents per kWh under a regulatory decision, according to the association.
The EMA argues that comparing the theoretical cost of producing one kilowatt-hour with the eventual selling price does not provide a complete picture of the economics of a photovoltaic investment.
Curtailments can substantially increase the real cost
One of the main issues identified by the association is the amount of renewable electricity being curtailed because the system cannot absorb all available generation.
Between January and May 2026, photovoltaic projects experienced curtailments of around 60% to 65%, according to the EMA.
This means that a project with a theoretical generation cost of 5–7 cents per kWh can face a much higher effective cost when a substantial proportion of its potential output cannot be sold. The association estimates that the real cost can reach approximately 12.5 to 20 cents per kWh in such circumstances.
Other expenses also have to be taken into account, including financing, operation and maintenance, losses and periods when electricity prices are extremely low or even zero.
The EMA therefore argues that the central issue for Cyprus is not simply the price at which renewable producers sell their electricity, but the country’s ability to make use of the low-cost renewable energy already being produced.
Storage seen as key to using more solar power
Energy storage is one of the measures the association identifies as capable of changing the situation.
The EMA says storage installations at existing renewable-energy parks could help make more solar electricity available to the system instead of having it curtailed. However, it argues that investment is being held back by bureaucratic requirements and complex procedures involving the Distribution System Operator.
The association says there is significant investor interest and that the market is ready for storage projects, arguing that delays leave Cyprus dependent for longer on more expensive and polluting forms of electricity generation.
Electricity bills depend on several factors
The EMA also points out that the final price paid by consumers is determined by several components rather than by the price charged by one category of electricity producer.
These include the cost of conventional generation and fuels, emissions costs, electricity-network expenses, the operation of the market and the country’s overall energy mix.
For this reason, the association says reducing electricity prices requires action across several parts of the energy system.
Its proposals include bringing natural gas to Cyprus as soon as possible, ensuring the Competitive Electricity Market operates effectively, reducing renewable-energy curtailments, speeding up licensing for energy-storage systems, upgrading electricity networks and giving consumers more genuine choices.
Increasing generation capacity is another priority identified by the EMA. It also points out that Cyprus’ first private power plant remains out of operation despite being ready to add new generation capacity to the system.
The association’s position is that cheaper electricity will ultimately depend on allowing more renewable energy to reach consumers, expanding storage and generation capacity, improving the electricity network and reducing reliance on expensive conventional fuels.
For Cyprus, the challenge is therefore not simply determining whether solar electricity costs 7, 8 or 11 cents per kilowatt-hour. The more fundamental question is how much of the country’s available low-cost renewable generation can actually be delivered to consumers.
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Islanding Protection Market Size, Share Report, 2026-2033 – Grand View Research

Islanding Protection Market Size, Share Report, 2026-2033  Grand View Research
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Jay Select Board declines to send solar moratorium to voters – Daily Bulldog

By Bob Neal of the Maine Monitor

Opponents say they will launch a petition drive to force a November vote on a six‑month freeze for the proposed 800‑ to 900‑acre solar farm.
JAY — The Select Board turned down a request Monday to ask voters to weigh in on a 180‑day moratorium on solar power developments.
The board took no vote on the request, and no member offered a motion, leaving opponents of the large solar farm with one option: petitioning to place a moratorium question on the Nov. 3 ballot.
Discussion at Monday’s board meeting centered on a proposal for what could become Maine’s largest solar farm — 800 to 900 acres of solar panels on roughly 2,500 acres, including about 550 acres at the former Androscoggin Mill site.
The proposal was presented to the Select Board on Feb. 9 by Walden Renewables of Portland, which has developed solar farms in Leeds and Wells in Maine and in Antrim and Farmington, New Hampshire.
Public opposition to the solar farm did not surface until the board’s meeting Aug. 10, when 37 people — mostly opponents — attended and about half a dozen spoke.
On Monday night, 94 people turned out, most asking the board to place a six‑month freeze on the November ballot.
Clint Brooks, who has long been active in town and school affairs, asked the board Aug. 10 to slow the project and look for compromises that would not tie up so much land in Jay.
On Monday, he asked the board to place a moratorium on the November ballot.
Brooks told Monitor Local on Tuesday morning that he is “following through on the petition process.” He said he expects “to have the petition ready by tomorrow night in order to start circulating on Thursday.”
“We will be attempting to meet the timeline established by the Select Board,” Brooks said.
Town Manager Shiloh LaFreniere told the audience Monday that if the board did not act, state law allows only the petition process to take the issue to a town‑wide vote.
LaFreniere said petitions filed with the Town Office by Monday, Aug. 31, would allow the board to hold a special meeting Tuesday, Sept. 1, to place the moratorium on the ballot.
The state’s deadline for adding questions to the Nov. 3 ballot is Thursday, Sept. 3.
LaFreniere said petition circulators need 226 valid signatures, or 10 percent of the number of votes cast in Jay in the most recent gubernatorial election — 2,251 votes in 2022.
Of the 94 people in the cafeteria at Spruce Mountain Middle School, nearly all stayed through the first 90 minutes of public comments. Many said they were unhappy with the board’s decision to take no action, and several people leaving as the board moved to the next agenda item said loudly, “We’re just wasting our time here.”
During the meeting, Board Chair Terry Bergeron gaveled the audience to silence several times.
Most of those who spoke opposed the project, citing concerns about its size, its effect on property values and its impact on the environment and public health. The audience applauded most of those speakers.
Susan Theberge, who has lived in Jay for 21 years, summed up the dilemma facing the town as “getting money into the town or keeping its rural nature.”
Boone Burgess, whose property in Canton abuts the old Androscoggin Mill site, said, “It’s a bad thing all around.”
He said the project “is a future Superfund site.”
A Superfund site is a contaminated location identified by the U.S. Environmental Protection Agency for cleanup. More than 1,300 sites were on the list in May, according to the agency.
Brooks said the projected output of 150 megawatts “could mean 250,000 solar panels or more.” He asked the board to fulfill five requests: freeze solar array projects for 180 days; have the Planning Board review town regulations that might affect solar development; have the Planning Board evaluate whether the town needs stronger standards for solar farms; determine whether Jay’s regulations for land use need amending; and begin the process as quickly as possible. The board, which had copies of Brooks’s presentation, took no action on the five points.
Jenny Boivin, a member of the Jay Recreation Committee, told the developers, “You’re devaluing our homes.”
Several other speakers said they feared the project would lower their property values.
Adam Mitchell, who lives on Crash Road and recently built a house there, said: “We don’t know what this will be in 25 years. It could be OK, it could be a mess.”
Brooks had earlier raised concerns about property values and environmental safety. Years ago, he told the board, spreading paper mill sludge was considered environmentally safe.
Maine then learned about PFAS — per‑ and polyfluoroalkyl substances, often called “forever chemicals.”
Now, hundreds of acres of Maine farmland are nearly valueless because PFAS contamination spread through sludge that was once thought safe, he said.
“Let’s not be guilty of not knowing the downside about solar panels,” Brooks said. “There are not a lot of do‑overs in life.”
Boivin and several others raised environmental concerns and said they feared the solar farm would scare off wildlife.
Alicia Jones, who lives on Canton Mountain Road, raised health concerns.
“What would be the effect of this electromagnetic field on people’s health?” she asked.
Jones mentioned emissions sources, such as transformers, converters and underground electrical lines.
Dale Knapp, head of development in New England for Walden Renewables, told her, “That phone in your hand emits more electromagnetic field than a solar panel.”
Responding to another question, Knapp said the project employs about 50 people in research and “due diligence.” He said a 20‑megawatt project Walden is developing in Sanford employs about 110 people in construction. Construction could take two to three years, he has said, and almost all the jobs are local.
Walden has said the Jay solar farm could have 80 to 100 permanent employees.
“The big issue is revenue for Jay,” James Boltway told the board. “The mill is gone, the data center project is gone, the police collaboration (with Wilton) is gone. All would have saved us money on our taxes.”
The alternative, he said, “is for our taxes to go through the roof.”
Knapp told the board that Walden would pay about $45 million over 40 years in taxes, starting at $750,000 and increasing by 2 percent a year.
Boltway added, “I’d rather have Spalding come in here and build a tennis racket factory, but that’s not gonna happen.”
When a speaker, without stepping to the microphone, asked the Select Board which members might benefit from the solar farm, Selectman Tim DeMillo said, “We have been in discussion with some people about it on my property.”
No agreement has been reached, he said. He then pushed his chair back about a yard from the table, demonstrating his intention to abstain from voting.
When Bergeron asked for the fourth time whether any board member would move to put a moratorium on the November ballot, none responded.
Selectwoman Lee Ann Dalessandro said she was “not comfortable putting a moratorium on (the ballot) on such a short time.”
She suggested that if people in the audience felt strongly enough, they should start a petition drive.
“Bring it (the petition) to us and we will do our best to get it done,” Selectman Gary McGrane told the audience.
He suggested that the Maine Municipal Association might be able to help Jay speed the process.
“But I don’t think we have time to make it happen,” McGrane said. “If we rush this, we will be sued. I guarantee it.”
After two hours of public discussion, the board moved on to its next item of business without taking action.
Before the solar discussion, the board voted 3‑2 to ask voters to limit how much mobile home park owners can raise lot rents. The proposed ordinance, set for a Nov. 3 vote, would cap annual rent increases at the federal cost‑of‑living index for the previous year.
Bergeron, DeMillo and McGrane voted in favor. Dalessandro and Tom Goding voted against.
Dalessandro said she needed to learn more about the process and enforcement of the ordinance and suggested delaying the proposal until town meeting in April.
Since the process began in October, Goding has opposed any action that would limit a landlord’s ability to profit from his or her property.
Tanya Dwyer, a resident of the Hidden Circle Mobile Home Park, expressed appreciation to the board and the people of Jay for supporting the rent ordinance.
Through a new resident-owned cooperative, Hidden Circle residents bought their park last week, exempting it from the proposed ordinance.
“Thank you to everyone for supporting us,” Dwyer said. “This (rent cap) is good for the people who live in mobile home parks, and it is good for the town of Jay.”
Dwyer was among the residents who began working in October to limit rent increases, which had topped 50 percent in some cases.
 
This story was originally published by The Maine Monitor, a nonprofit and nonpartisan news organization. To get regular coverage from The Monitor, sign up for a free Monitor newsletter here.
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California bill could make remote solar inspections possible statewide

The California Legislature unanimously passed a bill that would create a remote inspection process for home energy projects like solar that is awaiting Gov. Gavin Newsom’s signature. AB 1738 was authored by Assemblymember Juan Carrillo (D-Palmdale), chair of the Assembly Local Government Committee. If enacted, homeowners or their contractors can request remote inspections home solar…

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Will plug-in solar panels affect your home insurance? An expert explains what you should know before fitting them – TechRadar

Will plug-in solar panels affect your home insurance? An expert explains what you should know before fitting them  TechRadar
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Plano attorney says Little Rock Township solar ban is not valid – WSPYnews.com

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Plano City Hall. WSPYnews.com file photo by Ethan Kruger

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Plano City Hall. WSPYnews.com file photo by Ethan Kruger
Plano’s city attorney says, in his opinion, the Little Rock Township solar ban not valid.
Attorney Bill Thomas has reviewed the ordinance, which seeks to ban commercial solar operations in the township.
“In my review of the township website and their meetings and everything else, the copy of the ordinance that I have been provided with appears to be action based upon individuals, not the elected trustees of the township.”
The ban was enacted in 2025. Township residents and some officials have said recently that Plano City Hall’s continued hearings for a proposed 1,500-acre solar farm violate the ordinance because Plano is within the township.
Some of the properties proposed for the Plano Skies solar farm are already within city limits, while others would need to be annexed.
The Plano Plan Commission has been holding public hearings and listening to public comment on the project since the start of the summer.
The next hearing is September 8.
The Plan Commission will vote on a recommendation, but the City Council must give final approval for permits and annexation.
WSPY news reached out to Little Rock Township for comment.
We’re always interested in hearing about news in our community. Let us know what’s going on!
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Aptera's Solar-Powered EV Can Go 47 Miles On Sun Power Alone—In Theory – InsideEVs

Aptera’s Solar-Powered EV Can Go 47 Miles On Sun Power Alone—In Theory  InsideEVs
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Hawaii officials warn of deceptive door-to-door solar sales tactics – Hawaii News Now

HONOLULU (HawaiiNewsNow) – State officials are warning residents about deceptive and misleading claims made by solar door-to-door sales representatives.
The Department of Business, Economic Development and Tourism (DBEDT) and the Hawaii Green Infrastructure Authority (HGIA), in partnership with the Department of Commerce and Consumer Affairs (DCCA) Office of Consumer Protection, issued the warning on Wednesday.
Officials said recent reports indicate that deceptive sales representatives may falsely claim that certain contractors are out of business or falsely state that a state program provides free solar photovoltaic and energy storage systems.
The public should be aware that the state does not provide free solar PV systems, and its employees do not sell solar systems or conduct outreach about its programs through cold-calling, door-to-door sales, door-knocking, or similar practices.
Employees of the State of Hawaii can present official photo ID cards upon request as proof of employment. Door-to-door sales of goods and services in person at a place other than the seller’s business address are regulated by and subject to state and federal consumer protection laws.
Hawaii Revised Statutes §480‑2 prohibits unfair or deceptive acts or practices in commerce, including those occurring in door‑to‑door sales. Salespeople may not use deceptive or misleading tactics to persuade customers to make a purchase. In addition, consumers have three business days after the sale to cancel the transaction without penalty or obligation.
Click here to use the DCCA’s Business Check portal to research businesses, individuals, or licensed professionals before doing business with them.
Consumers who encounter salespeople falsely claiming to be affiliated with HGIA or GEM$ (Green Energy Money $aver), any other state agency, or the electric utility are encouraged to click here to file a complaint with the Office of Consumer Protection or call 1-844-808-3222, Ext. 5, for more information.
Information that may be helpful to report includes the salesperson’s name, company and any audio or video recordings of interactions with the salespeople.
If you encounter a salesperson claiming to represent the state, any of its agencies, or the electric utility, or if you experience aggressive sales tactics in a pitch about HGIA’s programs, you may also contact HGIA at 808-587-3868 or dbedt.greenbank@hawaii.gov.
Copyright 2026 Hawaii News Now. All rights reserved.

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Plug-in solar just became legal in the UK — here are 5 things you need to know, from prices to potential savings – TechRadar

Plug-in solar just became legal in the UK — here are 5 things you need to know, from prices to potential savings  TechRadar
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Do plug-in solar panels save you money? Our energy expert explains – The Independent

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The launch of plug-in solar has been widely anticipated. Here, Jeff Meyer takes a look at the potential savings you could make
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With plug-in solar panels now legal to sell and install in the UK, households can invest in a cheaper way to generate electricity at home. Instead of paying thousands to install a rooftop solar system, UK households can follow in the footsteps of their European neighbours and buy a small solar kit off the shelf and plug it into their home electricity supply.
The appeal is obvious. Solar panels can reduce the amount of electricity you buy from the grid, and plug-in systems are expected to cost hundreds of pounds rather than several thousand. For renters, flat owners and people without a suitable roof, solar power could feel more accessible than ever before.
But do plug-in solar panels save you money in the long term? This is the question on everyone’s lips, and the answer is more complicated than the headline price suggests. Plug-in solar panels are smaller than conventional rooftop systems, and they are only likely to save you money on the electricity you use while the panels are generating. If your home is empty during the day, your balcony is shaded, or much of the electricity goes unused, the payback period could quickly stretch out.
This article looks specifically at the savings and how plug-in solar panels help reduce electricity bills, what a realistic payback might look like, and when a cheap plug-in solar kit could still prove poor value.
Read more: First look at plug-in solar kits
Plug-in solar panels save money in the same basic way as rooftop solar panels: they generate electricity that can be used in your home.
A small solar panel system captures daylight and converts it into electricity. A microinverter then changes that electricity into a form your home can use. When connected safely and correctly, the power generated by the panels can help run appliances and devices in your property, reducing the amount of electricity you need to buy from your supplier.
The important point is that plug-in solar panels save money through avoided electricity costs. They are not likely to be a major income generator.
If your panel produces electricity while your fridge, router, laptop, television, washing machine or dishwasher is using power, some of that demand can be met by solar instead of grid electricity. Every unit you use in the home is one less unit you need to buy from your energy company.
That makes plug-in solar different from many other small energy-saving products. It’s not cutting demand in the way loft insulation, draught-proofing or a more efficient appliance might. Instead, it’s supplying some of your electricity demand from a small, local source.
The financial case, therefore, depends on three main things: how much electricity the system generates, how much of that electricity you use at home, and what you would otherwise have paid for electricity from the grid.
Read more: Where to buy plug-in solar panels in the UK
A simple way to estimate the savings is to multiply the amount of solar electricity you use at home by your electricity unit rate.
For example, if a plug-in solar system generated 300kWh of electricity over a year and you used all of that electricity in your home, a unit rate of 25p per kWh would produce a saving of about £75 a year.
If you used half of that electricity, the saving would fall to around £37.50. The panel may still have generated the same amount of power, but the financial benefit would be lower because less of it displaced electricity you would otherwise have bought from the grid.
This is why any advertised savings should be treated carefully. A plug-in solar kit might have a stated annual output under ideal conditions. But your actual savings will depend on your property, the position of the panel and the way you use electricity.
The basic calculation is:
Annual savings = annual solar generation × percentage used at home × electricity unit rate
So, if a plug-in system generated 400kWh in a year, and you used 70 per cent of that electricity in the home at 25p per kWh, the estimated saving would be:
400kWh × 70% × 25p = £70 a year
That doesn’t mean every household with the same system would save £70. A household that uses most of its electricity in the evening might use a smaller share of the solar power, for example. Likewise, a household where someone works from home during the day might use more.
With plug-in solar panels, the biggest financial question isn’t simply how much electricity the panels produce, but how much of that electricity you can use.
This is known as self-consumption. If a solar panel generates power at midday and your home is using electricity at the same time, the solar power can offset electricity from the grid. If the panel generates power when there is very little demand in the home, the financial benefit may be much smaller.
A household where someone works from home is likely to have a stronger case. Daytime electricity use from a laptop, monitor, router, fridge, kettle, washing machine or dishwasher can help absorb some of the solar generation. Appliances can also be timed to run during brighter periods, which may increase the share of power used on-site.
A household that is empty for most of the day may see weaker savings. The fridge and standby appliances will still use some power, but much of the household’s energy demand may happen after sunset, when the panels are no longer generating.
This doesn’t mean plug-in solar only works for people who are at home all day. East-facing panels may be more useful in the morning, while west-facing panels may generate more later in the day. But the closer your electricity use matches the panel’s generation pattern, the better the financial case becomes.
In simple terms, a plug-in solar panel saves the most money when your home is already using electricity during daylight hours.
Read more: Plug-in vs installed solar panels
The payback period is the point at which your cumulative savings equal the upfront cost of the kit.
If a plug-in solar system costs £500 and saves £100 a year, it would pay for itself in about five years. If the same system saves £50 a year, the payback period doubles to 10 years. If it saves only £25 a year, it would take 20 years to break even.
That range is important because plug-in solar is likely to be sold partly on affordability. A lower upfront price helps, but it doesn’t guarantee a short payback period.
Kit cost
Annual saving
Approximate payback
£400
£100
4 years
£500
£75
67 years
£600
£50
12 years
£700
£25
20 years
These figures are illustrative rather than a promise of what any particular household will save. The same panel could perform very differently on a sunny, south-facing balcony than it would on a shaded wall or a north-facing outdoor space.
The product lifespan and warranty also factor into the equation. A seven-year payback looks more attractive if the product is expected to last well beyond that point. A 12- or 20-year payback is much less compelling if the kit has a shorter warranty, needs replacement parts, or is moved between properties.
Read more: Best solar panels, compared
Several factors can reduce the amount you save from plug-in solar panels, even if the kit itself is relatively cheap.
Solar panels need daylight, and shading can significantly reduce output. A balcony rail, neighbouring building, tree, chimney, wall or overhang can all limit generation. Even partial shading at key times of day can reduce the amount of electricity available to use at home.
In the UK, south-facing panels usually generate the most electricity overall. East- and west-facing panels can still be useful, especially if they match morning or afternoon usage, but north-facing panels are likely to produce less. The angle of the panel also matters, particularly if it is mounted vertically on a balcony rather than tilted towards the sun.
Plug-in solar is more financially useful when your home has a steady daytime electricity demand. If most of your usage occurs in the evening, you may only use a limited share of the power generated during the day.
With conventional rooftop solar, households may be able to receive payments for unused electricity exported to the grid through the Smart Export Guarantee. The position for plug-in solar systems may not be as straightforward, particularly while the UK market is still developing.
For that reason, it is safer to judge plug-in solar mainly on the electricity it helps you use at home, rather than assuming you will earn meaningful export payments.
The panel may not be the only cost. Mounting equipment, smart plugs, monitoring devices, extension hardware or other accessories could add to the upfront price. If a battery is added, the total cost could rise significantly, which may lengthen the payback period rather than shorten it.
Read more: How do plug-in solar panels work?
For most households, plug-in solar panels are better thought of as a way to reduce bills, not as a way to make money.
A small system may produce some surplus electricity at certain times of day, particularly in summer. But unless that electricity can be exported and paid for, the value of the surplus may be limited. Even where export is possible, the payment for exported electricity is usually lower than the cost of buying electricity from the grid.
That means the strongest financial return usually comes from using the power yourself. A unit of electricity used at home can offset your full import rate. A unit exported may be worth less, and for plug-in systems, it may not always be clear whether export payments will apply.
The safest assumption is that plug-in solar panels save money by reducing imports from the grid, rather than generating a meaningful income.
Read more: Are plug-in solar panels worth buying?
Plug-in solar panels are much cheaper up front than rooftop solar panels. As it stands, a small plug-in kit can cost as little as £450, while a full rooftop solar PV system typically costs several thousand.
But cheaper does not necessarily mean better value for every household. Plug-in systems are smaller, produce less electricity and are unlikely to cover a large share of a home’s annual power demand. Rooftop solar remains the stronger option for homeowners who have a suitable roof, can afford the higher upfront cost and want a larger reduction in their electricity bills.
Plug-in solar is different. It is a smaller intervention designed to trim daytime electricity use. Its appeal is accessibility rather than scale.
For someone who owns a suitable house and wants the largest long-term savings, rooftop solar is likely to remain the most powerful option. For a renter, flat owner or household without a suitable roof, plug-in solar could offer a lower-cost way to generate a modest amount of electricity.
Before buying a plug-in solar system, it is worth doing a rough payback calculation.
Start with the upfront cost of the kit. Then estimate how much electricity it is likely to generate each year, what proportion you are likely to use at home, and how much you currently pay per unit of electricity.
As above, the formula is:
Estimated annual saving = annual generation × percentage used at home × electricity unit rate
For example:
400kWh × 70% × 25p = £70 a year
Then you need to work out the payback period:
Payback period = kit cost ÷ annual saving
So, if the kit costs £500 and saves £70 a year, the payback period would be just over seven years.
You should also consider whether the product is approved for UK use, how long the warranty lasts, whether your landlord or freeholder needs to give permission, and whether your home insurance would be affected. These checks do not change the savings calculation directly, but they do affect whether the system is a sensible purchase.
Plug-in solar panels can save you money, but the savings are likely to be modest. They make the strongest financial case when the kit is cheap, the panels are unshaded, the household uses electricity during the day and most of the generated power is consumed at home.
They make a weaker case where the panels are shaded, daytime electricity use is low, or the household expects them to perform like a full rooftop solar system. A cheap plug-in solar kit can still be poor value if it saves only a few pounds a month.
For the right household, plug-in solar could pay for itself over several years and then continue to trim electricity bills. For the wrong one, the savings may be so small that the low upfront cost becomes less meaningful.
The best way to think about plug-in solar is as a bill-trimming product, not a whole-home energy solution. It could make solar power more accessible for renters, flat owners and homes without suitable roofs, but whether it saves you money will depend on how much of its electricity you actually use.
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Plug-in solar is officially legal from today – I asked an expert what you need to know before buying – t3.com

Plug-in solar is officially legal from today – I asked an expert what you need to know before buying  t3.com
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Wrong forms given out in solar farm consultation – Yahoo News New Zealand

Residents in Rotherham and Doncaster were wrongly informed about how to provide feedback on plans for a new solar farm, the Planning Inspectorate has revealed.
One Nation, the developer behind the Whitestone Solar Farm project, issued blank forms to people at public events and told them they could be used to submit representations objecting to or supporting the plans.
But the inspectorate said the forms distributed by the applicant could not be accepted as a relevant representation.
In response, Whitestone said it had since extended to 11 September the deadline for people to register with the inspectorate as interested parties and have their say on the project.
A spokesperson for the company said the mistake was based on staff's "understanding of the relevant guidance at the time" at one of its sign-up days aimed at helping residents engage in the process.
They added: "During one of these events, a small number of individuals expressed that they were unable to register using the online form, because they lacked email addresses.
"In response, we provided a printed form to allow them to submit their details and feedback to the Planning Inspectorate by post. This was based on our understanding of the relevant guidance at the time.
"After further discussions with the Planning Inspectorate, we understand that they are not able to accept this form."
According to the Local Democracy Reporting Service, the Planning Inspectorate statement saw local community groups worry that their submissions would not be counted, as news about the incorrect forms arrived one day before the 27 August deadline.
The inspectorate said that in order for representations to be accepted, "they must be submitted either via the online form, or by obtaining an official version of the hard copy form from the Planning Inspectorate".
Philip Knight, secretary of Save Our Greenbelt Conisbrough Parks, said it was the "statutory right" of local residents to participate in the process, adding: "[We] must be given accurate information about how to do so."
The Whitestone spokesperson said: "Individuals who cannot complete the online form should request a paper form from the Planning Inspectorate, as per their guidance.
"As relevant representations are made directly to the Planning Inspectorate, we have not collected or retained any personal information from the individuals who attended last week's events."
The plans for the solar farm have been classed as a Nationally Significant Infrastructure Project, which are treated separately from normal local authority planning because of their size and importance to wider communities.
Whitestone said that if the plans for the site went ahead, it would power about 250,000 homes in Rotherham and Doncaster and exceed the size of Europe's current largest operational solar farm.
Solar farm plans causing 'great deal of heartache'
Formal plan submitted for controversial solar farm
Local Democracy Reporting Service
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Solar glass – the missing piece in the US PV supply chain – PV Tech

The rise of domestic PV module production in the US is gathering pace, but some parts of the local supply chain have fallen behind. Among the biggest gaps is solar glass, a market dominated globally by a handful of predominantly Chinese companies. While the US supply of float glass for First Solar’s thin-film technology is long established, American-made low-iron rolled patterned glass for crystalline silicon modules remains almost entirely unavailable.
One Ohio-based company, Stewart Glass, is due to offer trials of its solar glass to US module assemblers this summer. If the glass meets quality requirements while offering cost benefits over imports, it could establish a precedent. But its current production capacity would meet only a fraction of US demand.

Meanwhile, pressure on module producers to use locally sourced components is increasing through tax incentives and domestic-content requirements (DCR). The question is whether these incentives will be sufficient to overcome the financing, expertise and grid challenges involved in building large glass furnaces.
Most glass used in buildings and automotive applications in Europe and the US is produced domestically because it is heavy and expensive to ship, explains Suvi Sharma, co-founder and CEO of Arizona-based PV recycling firm Solarcycle. Until recently, there was not enough US PV module production to create demand for domestic solar glass.
“Now that there is [local PV production], we can build a true domestic supply chain,” says Sharma. “We are going to need solar glass here.”
US module manufacturing grew more than 50% last year, with 65.5GW of capacity online, up from 42.5GW at the end of 2024, according to the Solar Energy Industries Association. Although actual production has lagged well behind nameplate capacity, the potential market for locally made glass has nevertheless expanded rapidly.
One specific solar-glass requirement is already being catered for domestically. First Solar obtains the float glass required for its CdTe thin-film modules from within the US via Mexican firm Vitro Architectural Glass and Japanese glass giant NSG Group. However, the glass required for crystalline-silicon modules remains largely unavailable.
“As US module manufacturing has been growing, there has been no supply of non-iron content glass,” confirms Martin Pochtaruk, president of US and Canada-based module manufacturer Heliene, which has 1.3GW of US crystalline module capacity.
For Heliene, domestic glass would help complete an increasingly localised supply chain. Pochtaruk notes that Heliene will be among the companies trialling Stewart Glass’ locally made samples of ready-to-use, antireflective-coated and tempered glass this summer.
“Being able to use [locally made] glass versus importing glass is also part of de-risking the geopolitics of imports from Asia, and that’s why it’s so important,” says Pochtaruk.
The company is already making modules using US-made polysilicon, ingot, wafer, cell, frame, encapsulant and backsheet. “The only thing we don’t have today in the US is glass and the diode that goes in the junction box.”
Sharma sums up the current gap: “There’s virtually no rolled solar glass production in the US. As far as what crystalline silicon needs, which is rolled pattern glass, it doesn’t exist in the US.”
Despite the supply gap, activity is increasing. Stewart Glass is expanding its Ohio facility, with a second line expected online in June 2027. Solarcycle is planning a first-of-its-kind US facility that would use recycled materials to produce new solar glass, although it still needs additional financing before construction of its furnace can begin.
Virginia-based startup MSolar Manufacturing is planning a new facility in Virginia to manufacture heterojunction (HJT) cells and modules, as well as solar glass. Meanwhile, US solar manufacturer T1 Energy is interested in US glass production, particularly because of the logistics advantages, although CEO Dan Barcelo highlights the challenge of competing on price with Southeast Asia.
Texas-headquartered module manufacturer SEG Solar is also looking for land to potentially produce PV glass itself or through a joint venture with a glassmaker.
“I still think we’re at least two years out from seeing some of these new ideas be able to work,” says SEG Solar CEO Jim Wood. “But if someone should build a big glass manufacturing [facility] for solar glass, they need to see policy beyond 2030 to really make sense of that investment.
“You need lots of power, a big space, to keep running that facility 24/7 for a year, never shutting it down, never stopping to be able to recapture your capex, and so there needs to be policy to support glass manufacture.”
The scale of glass production is one of the fundamental obstacles. “Glass factories… they just come in one size, which is large,” says Sharma.
A 5-6GW glass furnace can require US$550-600 million of investment, making financing one of the biggest hurdles facing prospective US producers. Banks must also decide whether to finance a new company without a track record of producing solar glass, rather than an established overseas manufacturer.
The challenge is therefore not simply expensive equipment and infrastructure. Domestic producers also lack some of the experience and expertise needed to make a convincing case to investors.
Power is another constraint. Although non-iron silica sand is generally considered readily available as a feedstock for glassmaking, glass furnaces require enormous quantities of electricity.
In some parts of the US, grid constraints mean it can take 12-18 months for investment in grid infrastructure to bring sufficient power to a manufacturing site, according to Pochtaruk. “It becomes a two-year construction project. So, it’s not quick,” he adds. “It’s not that you say, well, somebody won the lottery and is giving me US$500 million, so I’m going to build it in my backyard now. You need a power supply that is massive, and that could also be a constraint. Because of the size of the investment, this is proving to be quite difficult because nobody has been able to pull it off so far.”
Long-term certainty over demand is critical for infrastructure projects of this scale, and volatility in US government policy has already adversely affected potential developments.
Canadian Premium Sand, for example, paused development of a planned 4GW US pattern-glass facility until there is greater stability in trade policy and the geopolitical landscape. The company had secured 30% of planned output through binding offtake agreements, but needed 80% to proceed, with progress hindered by “uncertainty surrounding US solar energy policy”.
Glass furnaces also cannot simply be switched off if demand or policy changes.
“The reason you can’t shut it down is, as you heat up the furnace, it seals itself, and then as you cool it down, you have to jackhammer the refractories out,” says Michael Pilliod, CEO of glass engineering consultancy Central Tension.
“Glass furnaces can’t turn on and turn off. They turn on and they run, and if they turn off it’s a multi-year programme to be able to decommission, break it down and then reassess it.”
Pilliod points to China’s success in connecting glass manufacturers with multiple module suppliers, backed by government incentives and protection, including tax support, and greater certainty over both supply and buyers. He argues that a similarly coherent US strategy may be needed.
Under domestic-content bonuses, glass is categorised as a subcomponent that contributes to the total calculation of whether a module qualifies as US-manufactured.
Meanwhile, the recently announced 232 tariffs of 15% on imports of polysilicon and solar wafers, cells and modules to the US are yet “another move from the US administration to provide a graded playing field for domestic manufacturing versus imports”, says Pochtaruk.
However, even stronger incentives for glass specifically, or extending the length of the 45X manufacturing tax credits to help PV manufacturers, may not solve the financing problem.
“That will help to provide a context,” Pochtaruk adds. “However, even with a good context, if you and me go knock on a bank saying we’re going to build a US$600 million glass electric air furnace, but we have never done it, we have no idea how to do it, but we know we’ll do it well, people will laugh it off.”
The 45X credits also include requirements relating to non-FEOC companies. Sharma says there are currently few suppliers of solar glass that meet the requirement, creating an incentive for US module manufacturers to source from a domestic producer.
The Domestic Content adder could be less useful to glass manufacturers in the short term, however, because many eligible projects will be built before new glass furnaces could come online. Such facilities can take at least three years to establish.
The longer-term policy direction may therefore be as important as existing incentives.
“It’s an evolving area of duties and taxes, as can be seen by Section 232,” says Sharma. “That alone was a huge change and boon for domestic manufacturing. So, most of the companies here believe that there’s going to be more policies, whether it’s carrots or sticks, that are going to push them into manufacturing.”
When Stewart Glass delivers its US-made solar glass this summer, Heliene will test it against its quality requirements before potentially adding it to its domestic-content offering to customers.
The technology itself is not groundbreaking, says Pilliod, but glass is a competitive, low-margin business. Stewart Glass’ position as a first mover in the US therefore represents a significant commercial step.
“The next question is, can you do it at a reasonable competitive price to the large manufacturer?” says Pilliod. “No one wants to pay more for glass.”
While Stewart Glass’s line 1 produces 150 tonnes per day (line 2 will produce an additional 250 tonnes in June 2027), Solarcycle is pursuing a different, larger-scale approach. Its planned facility would produce around 1,000 tonnes of glass per day, equivalent to roughly 5GW per year, although it’s notable that some individual Chinese plants are around ten times larger.
Scale matters because higher volumes reduce costs; however, US producers also have potential advantages from lower shipping costs and, in some regions, cheaper natural gas.
Solarcycle has obtained land and permits and is raising capital. Its plans include progressively increasing the proportion of recycled glass cullet used as feedstock as more US modules reach the end of their lives. With only around 1GW of modules currently coming offline annually, it could take a decade before recycled glass can fully supply the planned furnace.
Even if production shifts to the US, some expertise may initially still have to come from Asia. Sharma says most of the relevant expertise currently resides in China. Solarcycle, for example, is using Chinese equipment because it is commercially viable and expects to bring engineers from China to support its facility.
“I don’t see a clear path to have competitive solar glass domestically without the engineering assistance of Chinese equipment makers or Chinese glass manufacturers,” he says. “Tariffs and duties help to raise the price [of imports], but that’s not a panacea. That’s not going to solve everything. We still are going to need the expertise coming from overseas.”
For Solarcycle’s co-founder and CSO, Jesse Simons, the case for domestic solar glass goes beyond simply replacing imports. Some of the original solar companies, including SolarCity and SunPower, invested in Solarcycle because they viewed reshoring the wider supply chain as necessary to truly domesticate US module assembly.
“When you do that, then you can start getting economies of scale, and you can start competing directly head-to-head with landed modules from Asia,” he says. “You don’t need tariffs, you don’t need all this crazy trade policy.”
Sharma also says that glass is crucial to completing the domestic supply chain, arguing that glass and solar cells are the two components most important to module performance and reliability.
“These investments take a long time,” he adds. “So, we need to start now and really work as an industry together, and we’re seeing a lot of infrastructure folks who really want to support the build-out of glass here.”
The immediate obstacles remain formidable with hundreds of millions of dollars of capital needed, enormous power requirements, a shortage of domestic expertise and uncertainty over policy beyond 2030.
But with US module manufacturing expanding rapidly, the market that domestic glass producers could serve is finally emerging. The question is whether companies such as Stewart Glass and Solarcycle can scale enough to capture it.
There will also be questions over whether to focus on float glass or rolled pattern glass in the US, but Pilliod believes solar demand will reach an inflection point where the two will become less competitors and more complementary.
The build-out of the US solar supply chain will be the focus of our PV CellTech USA event in San Francisco on 13-14 October. For full details and booking, click here.

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Plug-in solar panels on sale in UK for the first time. Here’s what you need to check before buying them – The Independent

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The panels can lower energy bills by cutting how much electricity households pull from the grid
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Plug-in solar panels are to go on sale online and in shops as new regulations allowing their sale in the UK come into force.
Stores are rolling out the technology from Thursday, allowing solar power to run into the home network using an ordinary plug.
The panels, already popular in countries such as Germany where people mount them onto balconies or fences, can lower energy bills by cutting how much electricity households pull from the grid.
Each kit produces up to 800W of power, which is enough to provide up to 20% of an average home’s electricity use when the sun is shining, according to officials.
As they go on sale, ministers say prices could start off higher but they expect them to settle at around £400 to £600 – depending on the size and model – amid growing competition as more models come on to the market.
Households should then be able to recoup this cost over a few years, with savings of up to £110 annually on their bills, Desnz said.
Energy Secretary Miatta Fahnbulleh said: “Plug-in solar is a simple, affordable way for households to take control of their energy bills and start saving straight away.
“From this summer, we’re giving more families the ability to power their homes with clean homegrown energy.”
Argos has confirmed it will begin selling the kits from Thursday, with Amazon expected to follow in the coming weeks.
Currys, B&Q, Screwfix and Wickes are also among retailers that have committed to stocking plug-in panels.
The sale of the technology was previously restricted in the UK because of safety and wiring standards.
But ministers say the legal change follows rigorous, independent safety testing, covering all key electrical elements, which shows compliant panels are safe and compatible with UK wiring, officials said.
The Government first announced plans to remove the legal barriers earlier this year, announcing it was working with retailers and manufacturers to bring the plug-in solar kits to market.
Energy minister Martin McCluskey said the technology “enables people who might otherwise not be able to get a rooftop solar array to take advantage of solar power”.
This includes renters, leaseholders and homes where installing rooftop solar remains untenable.
However, many will still require consent from landlords, building owners, councils, freeholders or even planning permission or listed building consent.
Before purchasing or installing plug-in solar devices, officials have urged people to check whether any permissions are required for the property.
Mr McCluskey said the Government has written to the National Landlords Association to communicate the panels’ benefits to tenants and encourage them to consider each case on its individual merits.
As the US-Israeli war on Iran continues to drive volatile global energy prices, he said the hope is to give British people “a little bit of breathing room” on their household costs, coming alongside the Government’s previously announced plans to cut VAT on electricity bills.
On whether there will be any support or discounts to help households purchase the kits, Mr McCluskey said the Government is not proposing to deliver them through a Desnz scheme, but local authorities, charities and others will have their own funds they could choose to use for plug-in solar subsidies.
Elsewhere, people will also be asked to register their kits after purchase to provide a “proper line of sight” for grid operators, who have faced multiple challenges balancing supply and demand this summer amid extreme weather, network bottlenecks and shifting energy sources.
“We’re not anticipating any issues with this additional capacity of solar, but it’s obviously something we’ll monitor as the rollout progresses,” he said.
Addressing concerns that some households will need to pay for advice from electricians on installations, Mr McCluskey said the independent safety testing “has given us the assurance that plug-in solar panels are safe and that they’re compatible with UK domestic electrical systems”.
He added consumer advice on installations will be published through the Energy Saving Trust.
Joanna O’Loan, knowledge manager at the Energy Saving Trust, said: “As these products become more widely available, access to clear and reliable information is essential to help people make informed choices that are right for their home and budget.”
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Public Hearing Held to Discuss Potential Solar Farm in Eden – Campbellsport News

Public Hearing Held to Discuss Potential Solar Farm in Eden  Campbellsport News
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Mount Hope Cemetery solar project collapses (Video) – Belleville News-Democrat

Mount Hope Cemetery solar project collapses (Video)  Belleville News-Democrat
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Two orphaned barn owls spent 97 days in rehabilitation, then a Texas solar farm released them between the panels to hunt rodents without poison – Energies Media

Energies Media
A Texas solar farm has become the new home and “workplace” of two orphaned barn owls.
In the United States, large-scale solar capacity has become fundamental to a rapidly changing energy landscape.
However, as the infrastructure expands across the nation, unexpected equipment issues can occur.
In Texas, innovative biological solutions are being deployed to address these challenges.
Will introducing native predators to these sites help increase critical infrastructure protection naturally?
A century ago, the United States primarily used electricity for lighting, early appliances, and entertainment.
This luxury slowly transformed urban life and industries.
Today, it is no longer a luxury but a common factor in daily life.
However, this energy landscape continues to evolve.
The nation’s total power consumption has reached new record highs due to digitization and industrial electrification.
Electricity demand is now surging past 4,268 billion kilowatt-hours.
Unsurprisingly, these modern power requirements are straining existing grid infrastructure.
Power fluctuations occur more frequently, as regional grids were not designed to handle these major loads.
To overcome this expanding supply gap without releasing more emissions, America is rapidly deploying green infrastructure.
Utility-scale solar facilities have become key to bridging this gap.
Developers are now aiming to expand capacity by adding 43 gigawatts to supply heavy-duty generation.
It is also essential in meeting critical climate goals.
The U.S. has set very clear, ambitious federal climate targets.
These targets entail significantly lowering emissions and achieving zero-carbon electricity generation.
This renewable energy transition is led by solar power, which has an operational capacity of over 280 gigawatts.
As this source continues to expand, environmental concerns rise.
Utility-scale photovoltaic plants require vast acreage, and rural regions often offer the best space.
Deploying thousands of panels can alter local ecological dynamics.
This is because the large panels provide shade, boosting water retention and soil quality.
Developers are also opting for ecovoltaics to restore biodiversity.
This entails adding native vegetation underneath and around the panels, which in turn attracts local species.
These conditions are ideal for providing shelter to native rodents and small mammals.
However, these animals can cause severe equipment damage and operational delays by burrowing and chewing.
Power Alliance recently highlighted a biological solution in Texas that addresses this more sustainably.
Instead of just protecting owls at solar farms, a Texas facility has put them to work.
Traditionally, rodents and burrowing animals were managed using synthetic pesticides and chemical rodenticides.
This temporarily reduces populations but also creates severe environmental risks.
They produce chemical runoff that seeps into local soils and contaminates nearby watersheds.
Unfortunately, it impacts non-target wildlife.
The Cattlemen Solar Park in Milam County, Texas, uses a much smarter approach.
This solar farm, developed by EDP Renewables, has a combined installed capacity of 390 megawatts.
A sudden loss in generation is therefore not ideal.
After completing a 97-day rehabilitation program at Blackland Prairie Raptor Center, two orphaned barn owls were released at the site.
The predators patrol the facility daily, keeping the rodent numbers in check.
One barn owl consumes up to 1,000 rodents annually, thanks to its acute senses.
Hence, the pair provides self-sustaining, chemical-free electrical component protection.
So far, the biological solution at the Cattlemen Solar Park has been successful.
This approach has a promising future outlook.
Not only does it overcome pest challenges more sustainably, but it also gives a second chance for rehabilitated owls.
Looking ahead, more developers should embrace similar eco-friendly partnerships with wildlife centers in the country.
Ultimately, by replacing toxic chemicals with bio-solutions, renewable energy infrastructure can scale while promoting long-term environmental protection.
Anke Maree is a writer with a clear and engaging editorial style. Her work focuses on making complex topics accessible, informative, and relevant for readers across different areas of interest.
Anke Maree is a writer with a clear and engaging editorial style. Her work focuses on making complex topics accessible, informative, and relevant for readers across different areas of interest.
Anke Maree is a writer with a clear and engaging editorial style. Her work focuses on making complex topics accessible, informative, and relevant for readers across different areas of interest.

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Baarish Mein Bhi Bijli Free? 5 Myths About Solar Energy in Monsoon Season, Debunked by Indores Leading Solar Company – The Tribune

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New Delhi [India], August 27: Every year, as the first clouds of June gather over Madhya Pradesh, thousands of homeowners and business owners across Indore, Bhopal, Gwalior, and Ujjain quietly shelve their decision to go solar. “Baarish ka season hai, solar kaam nahi karega,” they tell themselves. And just like that, another monsoon passes, another year of electricity bills piles up, and the decision gets pushed to “next summer.”

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This article is for every person who has ever said that, because almost everything you believe about solar and monsoon is wrong.
The Monsoon Misconception That Is Costing MP Households Thousands Every Year
Let us be direct. The single biggest barrier to solar adoption in Madhya Pradesh during June, July, and August is not money. It is not technology. It is not even government paperwork.

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It is a myth.
The myth that solar panels stop working when the sun goes behind the clouds. That monsoon makes solar panels useless. That installing solar before or during monsoon season is a waste of money.
At Ganit Solar, having installed over 10 MW of solar capacity across 500 residential, commercial, and industrial projects in Madhya Pradesh, we have seen this misconception delay solar decisions for thousands of families and businesses. And every delayed decision means more money paid to electricity companies month after month, year after year.
So let us settle this once and for all.
Myth #1: “Solar Panels Only Work in Direct Sunlight”
The Truth: Solar panels work on light, not just direct sunlight.
Modern solar photovoltaic (PV) panels are designed to capture a broad spectrum of light, including diffused light, the scattered light that fills the sky even on a completely overcast day. This is the same light that makes it possible for you to see clearly outdoors even when there is no sun visible.
On a heavily overcast monsoon day in Indore, a well-installed rooftop solar system typically generates between 30% to 50% of its peak capacity. On a partially cloudy day which describes most of the monsoon in Madhya Pradesh that number rises to 60% to 80%.
Think about what that means practically. If your 5 kW solar system generates 20 units on a clear summer day, it will still generate 10 to 16 units on a rainy monsoon day. Your electricity meter is still running backwards. Your savings are still happening.
Myth #2: “Madhya Pradesh Monsoon Is Too Heavy for Solar to Be Useful”
The Truth: MP receives an average of 300 sunny days per year and even monsoon months have significant solar generation hours.
Let us look at the numbers for Indore specifically.
Madhya Pradesh falls in one of India’s highest solar irradiance zones, with an average Global Horizontal Irradiance (GHI) of 5.5 to 6.0 kWh per square metre per day annually. Even during the peak monsoon months of July and August, Indore receives an average of 4 to 5 hours of usable solar irradiance per day when cloud cover, diffused light, and intermittent sunshine are all factored in together.
The monsoon in central India is not like the monsoon in Kerala or Assam; it does not rain continuously for weeks. Indore, Bhopal, Ujjain, and Gwalior all experience intermittent rainfall, with significant dry and partially cloudy periods throughout the day. Solar panels continue generating power through all of it.
Myth #3: “Heavy Rain and Wind Will Damage My Solar Panels”
The Truth: Quality solar panels are specifically engineered to withstand extreme weather and monsoon rain actually helps them.
Every solar panel installed by Ganit Solar meets international manufacturing standards, including IEC 61215 and IEC 61730 certifications. These panels are tested against hail impact, heavy rainfall, high winds, humidity, and temperature extremes before they ever reach a rooftop.
In fact, monsoon rain is one of the best things that can happen to your solar panels. Dust accumulation on panel surfaces is one of the leading causes of reduced solar output especially in cities like Indore where summer dust is significant. The monsoon effectively gives your panels a thorough, free wash, restoring them to near-peak efficiency. Many of our clients actually see a noticeable uptick in generation in the days following a good rainfall.
Ganit Solar’s installations also include proper mounting structures designed for Indian weather conditions, including wind load calculations appropriate for Madhya Pradesh’s geography. Your panels are not going anywhere.
Myth #4: “It Makes No Financial Sense to Install Solar Before or During Monsoon”
The Truth: Monsoon may actually be the smartest time to install for multiple reasons.
First, the financial logic. A solar system installed in July starts generating power immediately and even at 40-60% capacity during heavy monsoon days, that is still savings on your electricity bill from day one. By the time October arrives and MP gets back to clear skies, your system is fully commissioned, net metering is active, and you are already harvesting maximum power through the long, sunny post-monsoon months that follow.
Second, practical logic. Monsoon months are typically when solar installation teams have better availability, since demand from residential customers slows down due to the exact misconception this article is addressing. This often means faster installation timelines, better attention to your project, and smoother coordination with DISCOM for net meter connections.
Third, the subsidy logic. The Government of India’s PM Surya Ghar Muft Bijli Yojana provides subsidies of up to Rs. 78,000 for residential solar installations. These subsidies do not come with a monsoon exclusion. Processing your application and installation during monsoon means you could be fully set up and subsidy-approved well before the next summer season begins with zero time wasted.
Myth #5: “Solar Is an Added Expense During Monsoon Because It Won’t Produce Enough”
The Truth: Your electricity bill does not pause during monsoon so why should your savings?
This is the myth that perhaps costs people the most. The assumption that because solar generation is lower during monsoon, it somehow becomes a burden.
Consider this: your air conditioning, refrigerator, lights, fans, water pumps, and industrial machinery do not stop running in July. Your electricity bill from MPEB does not go down because it is raining. In fact, for many households and businesses, monsoon months see increased energy usage due to water heating, lighting needs during dark cloudy days, and reduced opportunity for natural ventilation.
Every unit of electricity that your solar system generates even at 50% of peak capacity is a unit you are not buying from the grid at Rs. 8 to Rs. 12 per unit. Over a 25-year system lifespan, those monsoon units add up to lakhs of rupees in savings.
An on-grid solar system from Ganit Solar, connected to the net metering infrastructure of MPEB, also allows any surplus units generated during sunny daytime hours to be exported to the grid, giving you credits that offset your nighttime consumption. Rain or shine, the economics of solar work in your favour.
Why Ganit Solar And Why Now
For over a decade, Ganitstar Engineering Pvt. Ltd. has been building Madhya Pradesh’s solar infrastructure from the ground up. As an ISO 9001:2015 and ISO 14001:2015 certified solar EPC company based in Indore, Ganit Solar has completed more than 500 rooftop and ground-mount solar projects across the state for homes, factories, cold storages, petrol pumps, hotels, and commercial buildings.
With 10 MW of installed capacity, Ganit Solar’s portfolio includes landmark projects such as the 753 kWp installation for Khalsa Nutritious India Pvt. Ltd., a 186 kWp system at the International Swimming Pool IDA Indore, and commercial installations for clients including Hindustan Petroleum, Beryl Drugs, Guruji Products, and Nature Fresh Cold Storage all of which generate power every single month of the year, monsoon included.
What sets Ganit Solar apart is not just the scale of work, but the end-to-end commitment. From initial site assessment and system design to DISCOM approvals, government subsidy processing, installation, commissioning, and long-term Operations & Maintenance, Ganit Solar handles everything. There are no hidden charges, no middlemen, and no delays.
The team of experienced solar engineers designs every system for Madhya Pradesh’s specific climate, ensuring that seasonal variation including monsoon is accounted for in both the technical design and the financial projections shared with clients.

The Bottom Line
Monsoon is not solar’s enemy. Misinformation is.
Solar panels work in rain, in clouds, in diffused light, and in every kind of weather that Madhya Pradesh’s monsoon can produce. The only thing that stops solar from saving you money during monsoon is the decision not to install it.
If you have been putting off your solar decision because of monsoon season, this is your sign to stop waiting. Every month of delay is a month of electricity bills that could have been savings.
Ganit Solar is currently offering free site visits and solar feasibility assessments for homeowners and businesses across Indore, Gwalior, Ujjain, and surrounding areas of Madhya Pradesh.
To book your free consultation, visit: ganitstar.com/solar-company-in-indore
Or reach us at: info@ganitstar.com
Office: Plot No. 32 & 35, Sinhasa IT Park, Dhar Road, Indore – 452013
Follow Ganit Solar: Instagram | Facebook | YouTube @ganitstarengineering
Ganit Solar is a division of Ganitstar Engineering Pvt. Ltd. an ISO 9001:2015 and ISO 14001:2015 certified solar EPC company serving Madhya Pradesh since its inception. With 10 MW installed capacity and 200 completed projects across residential, commercial, and industrial sectors, Ganit Solar is Madhya Pradesh’s trusted name in rooftop and ground-mount solar energy solutions.
(ADVERTORIAL DISCLAIMER: The above press release has been provided by VMPL. ANI will not be responsible in any way for the content of the same.)
(This content is sourced from a syndicated feed and is published as received. The Tribune assumes no responsibility or liability for its accuracy, completeness, or content.)
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THE TRIBUNE, India’s oldest, daily English-language newspaper, was first published on February 2, 1881, in Lahore (now in Pakistan), and save for 40 days in the immediate aftermath of Partition, has come out every day over the last 145 years. THE TRIBUNE was started by Sardar Dyal Singh Majithia, a public-spirited philanthropist of the time. The newspaper is run by a five-member Trust, which is chaired by Shri N N Vohra, former Governor of J&K State (2008-2018); as well as Justice S S Sodhi, former Chief Justice of the Allahabad High Court; Shri Gurbachan Jagat, former Governor of Manipur; Lt Gen. Shamsher Singh Mehta, former Western Army Commander; Shri Paramjit Singh Patwalia, Senior Advocate in the Supreme Court.

THE TRIBUNE is free, objective, and independent. Restraint and moderation, rather than agitational language, are the hallmarks of the paper.

The Tribune has two sister publications, Punjabi Tribune (in Punjabi) and Dainik Tribune (in Hindi).
Remembering Sardar Dyal Singh Majithia

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From today, households across Great Britain can plug solar panels into a standard socket; 800W kits could – The Times of India

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Stories of High-Quality Development | PV panels and tiles help south China island achieve zero-carbon status – Global Times

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Gov. Evers inspects Omro nonprofit’s solar panels to tout clean energy – WBAY

OMRO, Wis. (WBAY) – Gov. Tony Evers visited a nonprofit in Omro this week to tout renewable energy.
“They’re putting solar on the roof. They have put it on, and looks like it’s gonna work well, save them significant money,” he said at Casa Esther, an advocacy for immigrants in the area.
As of this past spring, more than $3 million was awarded in grant money to support solar investments for 270 different projects.
Casa Esther recently received a $5,000 grant towards its new solar panels. It was part of a larger push, “Renew Wisconsin,” splitting $30,000 among six organizations. Together, the six projects are adding more than 300 kilowatts of solar energy.
Copyright 2026 WBAY. All rights reserved.

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Can't install plug-in solar panels? No problem — I've hand-picked 12 solar-powered gadgets to brighten your home and save you money anyway – TechRadar

Can’t install plug-in solar panels? No problem — I’ve hand-picked 12 solar-powered gadgets to brighten your home and save you money anyway  TechRadar
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New Harford tool lets residents track 26 energy projects countywide – Baltimore Sun

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