• September 24, 2025

Boviet Solar announced the addition of a third photovoltaic module production line at its facility in Greenville, North Carolina. This expansion will increase the plant's annual photovoltaic module production capacity from 2 gigawatts to 3 gigawatts. The Greenville Photovoltaic Module Factory (Phase I) commenced operations in April 2025, producing Boviet Solar's Gamma series monofacial photovoltaic modules and Vega series bifacial photovoltaic modules. Solar Power World attended the factory's ribbon-cutting ceremony and released internal photos of the facility.   In late August 2025, Boviet Solar also announced the completion of the external construction for its second-phase photovoltaic cell manufacturing plant in Greenville, with mass production expected to commence in 2026. Notably, the plant's planned annual capacity of 3 GW for photovoltaic cells will align with the expanded 3 GW capacity for photovoltaic modules at the Greenville factory, ensuring comprehensive integration of the U.S. solar manufacturing industry. Marco Marquez, General Manager of Boviet Solar's Greenville Factory, stated: "The addition of the third production line marks another significant milestone in the development of our Greenville facility. It further enhances our capability to deliver reliable American-made photovoltaic modules to customers while creating high-quality local employment opportunities." Boviet Solar is firmly committed to the U.S. solar energy market. With a photovoltaic module production capacity of 3 gigawatts and an upcoming photovoltaic cell factory, we are fulfilling our pledge to expand domestic manufacturing, boost investments in local communities, and accelerate the achievement of national renewable energy goals," added Sienna Cen, President of Boviet Solar USA.

• September 19, 2025

Facebook and LinkedIn Share On the last day of the 2025 conference, the California legislature passed Senate Bill 302, exempting solar developers from paying individual retirement account (IRA) benefit taxes. The vast majority of states do not tax such benefits. The state has also proposed a bill aimed at creating a western regional electricity market. We commend California legislators for passing State Legislature Bill 825 and Senate Bill 302, both of which are wise moves to address California's energy affordability issues. We urge Governor Newson to sign these bills, as they were introduced against the backdrop of Washington's constant pressure and cumbersome procedures hindering solar energy development and pushing up electricity bills for California residents, "said Stephanie Doyle, director of the California Energy Industry Association (SEIA). Senate Bill 302 will allow California energy developers to fully enjoy federal tax incentives, thereby reducing energy project costs According to E&E News, SB 302 was proposed by Senator Steve Padilla to make IRA tax exemptions retroactive to the 2023 and 2024 tax years. Now, the leadership of state governments in clean energy policies is more important than ever. The solar and energy storage industries will continue to work with state leaders to ensure that all California residents have access to the clean, affordable energy they need, "Doyle continued.

• September 18, 2025

Delta has launched its new microgrid solution for data centers for the first time at RE+2025. Delta's data center microgrid solution integrates renewable energy, batteries, generator sets, and other energy sources to ensure stable power supply during grid connection delays, enhance grid resilience, and mitigate fluctuations in microgrid operation. The Delta microgrid solution adopts multi power synchronization technology based on virtual synchronous generators (VSG), which has real-time control with a response time of less than 4 milliseconds, seamless grid/off grid conversion, and flexible black start function. Under artificial intelligence (AI) workloads, the voltage regulation accuracy is maintained within ± 2%, ensuring high power quality and resilience in modern data centers. With flexible hardware and software architecture, Delta's solutions can adapt to complex microgrid site conditions and control sequences, utilizing power plant level modeling and simulation to optimize power transmission for stability management, covering small signal analysis, transient response, islanding detection, and more. Eng Taing, Senior Vice President and General Manager of Energy and Telecommunications Infrastructure Solutions at Delta Electronics Americas, said, "Delta is recognized as a trusted technology partner for rapidly developing energy sector customers, which is crucial for supporting the new era of artificial intelligence data centers and energy resilient grids.

• September 17, 2025

On September 15th, Wisconsin Senator Pat Testin (Republican Stevens Point) and State Representative Scott Krug (Republican Rome) - along with Arch Electric's business development director JD Smith and local landowner and community solar advocate Rick Beyers - proposed a bill to launch a community solar program in Wisconsin. According to WSAU, this is the third meeting proposed by the bill, but the proposers believe they have a strong alliance to pass the bill this time. At present, the power to approve or reject most energy projects is held by the State Public Service Commission (PSC). This top-down model deprives voters of control over the development of local communities. Community solar projects return electricity to local municipal authorities and towns, enabling them to control the site selection and approval of solar projects within their jurisdiction. My voters are tired of these large-scale solar projects covering thousands of acres, and they have no say in them. That's why these projects are small in scale, coupled with local control and supervision, are such an important component of this legislation. Wisconsin residents will directly participate in the approval process for small community solar projects, which can be built on 20 to 30 acres of land, thus preserving land and resources on our family farms, "said Congressman Scott Kruger. Wisconsin is a net energy importing state and currently ranks among the top in energy costs in the Midwest region. By promoting market competition, community solar energy will expand energy choices, control utility spending, and reduce high energy prices. Wisconsin used to have the lowest water and electricity bills in the Midwest, but now our electricity bills are approaching the highest levels, making it difficult for households and businesses to afford skyrocketing costs. This legislation aims to directly address the continuously rising energy prices by expanding locally produced cheap electricity supply. Equally important, it ensures that the community itself takes a leading role and plays a crucial role in determining the location and manner of these projects, "said Senator Pat Testing. Numerous stakeholders from all over Wisconsin have united to support the efforts of Congressman Kruger and Senator Testine to introduce community solar energy in the state. These stakeholders include: Wal Mart Advocate Aurora Health、Organic Valley、RENEW Wisconsin、Associated Builders and Contractors、Land & Liberty Coalition、 Wisconsin Grocery Association, Kohler Faith Technologies、Arch Electric、 Wisconsin Conservative Energy Forum, Wisconsin Department of Agriculture, and Community Solar Access Alliance.

• September 16, 2025

Veolia and Nautilus Solar recently launched a 6.5MW solar installation called the "Exeter Mail" in Exeter, Rhode Island. This solar power plant is one of three solar power plants that supply renewable energy to the Rhode Island power grid, aiming to provide a water and electricity credit for the local housing authority, thereby reducing its operating costs and ultimately lowering energy prices for public housing residents. The project was announced to start construction in 2021 and has now been completed. Three solar power plants are all supplying green energy to the Rhode Island power grid. The collaboration between PHARI, Nautilus, and Veolia will include multiple public housing management agencies in a renewable energy contract. The Exeter Post Power Plant project is the largest of the three projects signed by the Housing Authority. The total power generation of these three projects exceeds 13 megawatts. The electricity market value generated by the three projects will be allocated to nine housing authorities in Rhode Island (Providence, North Providence, Newport, Cranston, Smithfield, Warwick, Warren, Bristol, and Lincoln) in the form of utility bill credit lines. These credit limits will generate discounts related to current electricity supply prices, thereby reducing the operating budget of the housing management bureau. The energy costs in the region are among the highest in the country, and taxpayers and public housing households will benefit from it. These solar power plants are mainly located in Exeter and Smithfield towns, and are expected to save over $35 million in energy costs over the next 20 years. Nautilus is responsible for overseeing the development, licensing, and construction of solar installations. The company will now be responsible for the continuous management, maintenance, and performance of the entire project lifecycle. With its profound knowledge in decarbonization, power optimization, and solar power generation, Veolia has been selected by PHARI to serve as the buyer's agent in cooperation with the housing management department, responsible for managing procurement work, providing technical consulting, and managing complex supplier selection processes. Karin Hamel, President and CEO of Veolia's Sustainable Industries and Buildings business, stated, "Veolia is honored to contribute to this transformative solar project that not only fully harnesses the power of renewable energy, but also directly supports the well-being of thousands of low-income households in Rhode Island. This project aligns with Veolia's GreenUp strategy. Producing local low-carbon energy is a key growth driver for accelerating ecological transformation. This project is a perfect example of using green energy for public welfare.

• September 15, 2025

The history of Castle&Key distillery can be traced back to the early 19th century, founded by one of the pioneers of the American spirits industry and located in Frankfurt, Kentucky, at the center of the bourbon whiskey producing region. It is not only known for its handmade spirits, but also for its exquisite craftsmanship. The distillery was built in the late 19th century and its style complements European architectural design, featuring a castle, a spring house, and a sunken garden. The distillery has been carefully restored to showcase its historical heritage. Since its reopening in 2018, the leadership of the distillery has earned a good reputation for its forward-looking, innovative, and modern sustainable development practices. Due to plans to build a new bottling plant near the warehouse in Versailles, the brewery has decided to strategically invest in a large-scale solar photovoltaic project. In addition to reducing Castle&Key's carbon footprint and lowering long-term energy costs, solar energy will also set a precedent for the Kentucky liquor industry to adopt renewable energy. However, integrating photovoltaic services into historical sites faces unique challenges, ranging from aesthetic considerations and protection requirements to practical issues of power generation in production facilities. From concept to final implementation, the entire process requires strategic planning, close collaboration with partners, and creative problem-solving. The timing is crucial as the $2 million grant provided by the US Department of Agriculture's Rural Energy Program (REAP) will expire at the end of the year. Challenge: Integrating modern sustainability into archaeological sites Castle&Key sees the expansion of its bottled business as an excellent opportunity to achieve more sustainable operations. At present, the distillery is served by Louisville Gas and Electric Company and Kentucky Public Utilities, both of which heavily rely on coal and natural gas. The distillery realizes that self generating electricity can achieve cost stability while also having a significant impact on the environment. The brewery collaborates with local installer Solar Energy Solutions (SES) to design and construct on-site systems. From the beginning, the project faced urgent deadline challenges. In order to obtain tax credits and maximize the use of REAP grants, the first half of the solar cell array must be installed, powered on, and inspected before December 31, 2024. The urgency of time means that any delay at any stage - whether it's design, component supply, or utility approval - could jeopardize millions of dollars in fiscal incentives. Technical barriers also urgently need to be addressed. The photovoltaic system must be carefully designed to integrate with the operating system of the brewery and connect to the public grid under strict safety standards, especially considering the flammable spirits stored on site. Only after the inspectors confirm that ...

• September 12, 2025

In the first half of 2025, the US solar industry will add nearly 18 gigawatts of installed capacity. Even with a series of anti clean energy policies introduced by the Trump administration, solar and energy storage still account for 82% of the newly added grid electricity within the first six months of the Trump administration's tenure. HR1 and the Trump administration's recent actions against solar energy have significantly reduced their solar deployment forecasts. In the "Q3 2025 US Solar Market Insights" report jointly released by the Solar Energy Industry Association of America (SEIA) and Wood Mackenzie, underestimation forecasts warn that these policies will put the United States at risk of losing 44 gigawatts of solar deployment by 2030, a decrease of 18%. Compared to the forecast before the release of HR1, the United States faces a risk of losing 55 gigawatts of solar deployment by 2030, a decrease of 21%. Solar energy and energy storage are the pillars of America's energy future, delivering most of the new electricity to households and businesses at the lowest cost, "said Abigail Ross Hopper, President and CEO of SEIA. The Trump administration not only failed to unleash the engine of the American economy, but deliberately suppressed investment, which not only pushed up energy costs for households and businesses, but also endangered the reliability of our power grid. However, no matter what policies this administration introduces, the solar and energy storage industries will continue to grow because the market needs the products we provide: reliable, affordable, and American made energy The report found that 77% of all solar capacity installed this year was built in states won by President Donald Trump, including eight of the top ten states for new solar capacity: Texas, Indiana, Arizona, Florida, Ohio, Missouri, Kentucky, and Arkansas. In the first half of 2025, the United States will add 13 gigawatts of solar module production capacity, with new or expanded factories in Texas, Indiana, and Minnesota. At present, the total production capacity of solar modules in the United States has reached 55 gigawatts. However, due to federal policies that may hinder the development momentum of the US solar manufacturing industry and jeopardize billions of dollars in private capital, there were no new upstream manufacturing investments in the second quarter. The report shows that by 2030, solar deployment is expected to be 4% lower than the baseline scenario before HR1. The recent deployment has been driven by factors such as ongoing projects, eagerness to meet tax credit deadlines, and increasing demand for electricity as new natural gas power generation becomes more expensive and less available. This low value forecast provides a detailed explanation of the potential damage that recent administrative actions may cause to the solar energy industry. According to the report, the actions of the Department of the Interior are expected to affect approximat...

• September 11, 2025

Nextracer has entered the solar panel frame market by acquiring Origami Solar, a manufacturer of rolled steel frames, through an all cash transaction of approximately $53 million. Nextracer founder and CEO Dan Shugar said, "For 45 years, solar panel frame technology has remained largely unchanged. During this period, the size and dynamic wind load of solar panels have increased sharply, especially in utility scale tracking applications. From a structural engineering perspective, the transition from aluminum to steel is of great significance - steel has higher strength, more competitive cost, and significantly reduced carbon emission intensity. Most importantly, it helps open up localized production opportunities from steel coils to final manufacturing, while bringing tangible benefits to customers such as faster panel installation and better long-term system performance. In the United States alone, the potential market value is estimated to exceed $750 million, and we believe this is important for Nextracer. For rackers, it is a huge new business opportunity. ” Origami's framework design has undergone four years of development and improvement, and has passed third-party laboratory testing certification. Origami's frame is designed to replace traditional aluminum frames, with dimensions consistent with industry standard sizes. Nextracer stated in a press release that the company is considering new panel installation methods, such as robot assembly, which may be applicable to steel frames. Gregg Patterson, CEO of Origami Solar, stated, "Origami Solar was founded with the aim of promoting the commercialization of steel frame technology and realizing the customer value and benefits that this new technology can bring. Our team has addressed key challenges in design, performance, and mass production. By partnering with Nextracer, we have the opportunity to leverage its global supply chain ecosystem and deep customer relationships to scale this innovation faster and commercialize this truly impactful solution

• September 10, 2025

Eaton, an intelligent power management company, announced that it is collaborating with Xendee to develop a design and operation platform for distributed energy and microgrid systems. This collaboration combines Eaton's microgrid hardware and engineering service capabilities with Xendee's artificial intelligence model predictive control software, which continuously evaluates and optimizes microgrid systems using alternative solutions predicted by artificial intelligence. Xendee's solution is hardware agnostic, enabling distributed energy (DER) operators to manage over 27 different types of technologies, including solar energy, battery storage systems, nuclear energy, linear generators, and cogeneration. This solution will enable real-time operational adjustments of microgrid systems, significantly saving costs, enhancing resilience, reducing emissions, and extending equipment lifespan. Angie McMillin, President of Eaton Energy Solutions and Services, said, "Working with Xendee, we are exploring new ways to help customers maximize the functionality and value of their microgrid investments in North America and Europe. We believe that combining Eaton's mature expertise in microgrids, intelligent power management solutions, and services with Xendee's advanced digital optimization technology will help microgrid operators better seize the opportunities brought by energy transformation