• February 10, 2026

The US International Trade Commission (ITC) has made a preliminary ruling on the patent infringement complaint against Voltage, determining that Shoals Technologies Group's cable management patent has been infringed. On February 6th, Administrative Law Judge (ALJ) Doris Johnson Hines ruled that voltage violated Section 2. By importing LYNX mainline bus products into the United States, we comply with Section 337 of the Tariff Act of 1930. One second. 337 violation declaration of infringement of certain patents leads to unfair competition in import trade. LYNX products are suspected of infringing Shoals' Big Lead Assembly (BLA) solution patent. This is the latest ruling in the long-standing patent infringement dispute between Shoals and Voltage. Shoals first filed infringement charges against Voltage in 2023 for three direct insertion fuses and mainline bus patents. Shoals later withdrew their complaint against one of the mainline bus patents, and the ITC dismissed the lawsuit after determining that Shoals did not pursue a claim for patent infringement on fuses. The ITC ultimately dismissed the SEC's lawsuit. In January 2025, Case 337 confirmed that the voltage did not violate Shoals' mainline bus design. Shoals submitted a new section. On January 10, 2025, a 337 complaint was filed against Voltage, with two different patents (No. 12015375 and No. 12015376). These patents are also being questioned in the Central District Court of North Carolina, which will hold a hearing on February 26th. ALJ Hines found in its preliminary ruling that Voltage violated the '375 and' 376 patents under Article 2. three hundred and thirty-seven Brandon Moss, CEO of Shoals Technologies Group, said, "This preliminary ruling is a major step towards victory for American innovation and domestic energy supply chains. We appreciate the administrative judges' recognition that protecting intellectual property means protecting the future of American energy security. Shoals was founded on the belief that American manufacturing should lead the electrification revolution, and we will continue to defend our intellectual property, invest in domestic production, and create employment opportunities for the United States The final ruling of ITC is expected to be released in June 2026. Meanwhile, Voltage may still import its LYNX products into the United States. Voltage, headquartered in North Carolina, produces some products in China. The company has just announced that it will open a new eBOS manufacturing base in North Carolina to produce more American made products. The company has developed a new LYNX PLUS product that "surpasses current mainline bus solutions" and has been acknowledged by ALJ Hines as not infringing any of Shoals' patents.

• February 06, 2026

Meta, the parent company of Facebook, has signed a long-term Power Purchase Agreement (PPA) with renewable energy company Zelestra to purchase the entire output of the 176 MW DC Skull Creek solar power plant in Texas. This marks the seventh PPA between Meta and Zelestra, representing a potential 1.2 GW DC solar capacity upon project completion. As the company builds artificial intelligence data centers, Meta's electricity demand continues to expand. According to a report by the Associated Press, in addition to using renewable energy to meet the power demand of its data centers, Meta has also invested in nuclear power to support a group of data centers with a load of 1 GW in Ohio. According to its website, Meta matches its energy needs with clean and renewable energy sources such as solar, wind, hydro, and nuclear power, and reportedly purchases electricity from 127 solar projects worldwide. Zelestra also recently announced that its 81-megawatt Jasper County solar project in Indiana is now operational, and has begun developing a 49-megawatt project in Ohio. Phil North, CEO of Zelestra, stated, "Our clean energy collaboration with Meta is thriving across the United States. We are delighted to welcome Jasper County to full operation and commence construction on two additional major projects, while signing another significant agreement to enable the construction of the Skull Creek project in Texas. Thanks to our forward-looking partnership, nearly 1.2 GW of new clean solar DC power generation will soon be operational in the United States.". ” The company's US headquarters is located in Arlington, Virginia, and it is reported that the company is developing 15 GW of renewable energy projects.

• February 03, 2026

Sol Systems has completed the 186-megawatt DC Tilden Solar Project, which is built on over 1,000 acres of land at a former underground coal mine in southern Illinois. This $345 million project brings new life to lands that have long shaped American energy history, transforming a complex legacy site into a modern clean energy infrastructure that will generate approximately 319 gigawatt-hours of electricity in its first year. These mines closed in the 1990s, leaving the region barren both in terms of natural resources and finances. Developing solar energy on former underground mines presents unique engineering, environmental, and permitting challenges, including long-term subsidence considerations and coordination with numerous mining rights owners. Through innovative design solutions and close collaboration with technical, regulatory, and community stakeholders, Sol Systems has taken the project from concept to commercial operation. "Tilden serves as a compelling example that even the most challenging sites in the United States, such as former coal mines, can be reimagined and repurposed as integral components of our clean energy future," said Yuri Horwitz, CEO and founder of Sol Systems. "Sol is committed to creating long-term economic and environmental value for our customers and the communities in which we operate. The Tilden project is part of a portfolio of 1 GW dual-purpose solar projects that Sol will actively operate in partnership with local farmers and stakeholders.". ” "Tiddlens presents some unique challenges to the team, and we are proud of our team's collaboration, which has made these challenges possible," said Andy Poirot, Vice President of McCarthy Building Companies. "Building on a historic underground mine requires coordination, engineering precision, and problem-solving skills that are not seen in typical solar energy projects. Sol Systems has made this possible.". ” During the construction process conducted by McCarthy Building Companies, the project created approximately 300 local full-time jobs and is expected to generate combined benefits of $20 million in tax revenue and local impact investment for the community throughout its lifecycle. Nextpower provided a tracking system, while Canadian Solar supplied solar modules. Financing partners included ING as the lender and Churchill Stateside Group as the tax equity investor. Beyond its operational significance, Tilden highlighted the broader opportunity in the Midwest and other traditional energy regions to transform former industrial and extraction sites into modern infrastructure that supports domestic energy production, while bringing long-term benefits to communities. The story of the Teide Solar Project is showcased in a short film by Sol Systems, which documents the challenges and breakthroughs faced in completing the project and highlights how technological innovation and community management work together. "Integrity Innovation: The New Life of Teide Mine"

• January 30, 2026

SolarCycle has commenced the recycling of solar panels at its new facility in Cedartown, Georgia. This 255,000 square foot recycling facility is home to SolarCycle's proprietary next-generation advanced recycling technology, which has a throughput more than twice that of the company's first-generation recycling line. The new process achieves 100% diversion from landfills and recovers 96% of the value from silver, copper, aluminum, glass, and other key minerals in solar panels. The plant currently processes thousands of solar panels per week and will continue to expand to process 1 million solar panels per year by the end of 2026. At full capacity, the facility can process up to 5 GW of solar panels per year. Suvi Sharma, CEO and co-founder of SolarCycle, stated, "Our recycling facility in Cedartown represents a significant shift in the way we provide end-of-life infrastructure. Our next phase of growth focuses on bringing solar recycling to an industrial scale and providing our customers with winning economic benefits, so that as solar deployment continues to accelerate, the industry can retain a significant amount of critical materials within the domestic supply chain." The recycling facility is adjacent to SolarCycle's future solar glass manufacturing plant, creating an integrated park aimed at recycling and remanufacturing high-value materials from scrapped solar panels. The company has secured commitments from customers covering more than 80% of the glass factory's planned 5 GW production capacity, reflecting strong demand for domestically produced solar materials. The project is expected to break ground in mid-2026 and deliver the first batch of glass in 2028.

• January 29, 2026

In Maine, Habitat for Humanity of Waldo County (HFHWC) has installed a solar project at its recently opened ReStore, which will offset 100% of the facility's electricity consumption. The 18.92 kW system was installed in collaboration with Everybody Solar, a non-profit solar energy provider. The solar energy project will enable HFHWC to allocate more resources towards constructing and repairing houses for low-income families. "When a non-profit organization like Habitat for Humanity Waldo County saves energy, the savings are evident in important areas - safer homes, stronger repairs, and more convenient access for community residents," said Myriam Scally, Executive Director of Everybody Solar. "By offsetting 100% of ReStore's electricity consumption, this project helps free up resources for various aspects, from building homes to installing wheelchair ramps for neighbors in need. ” HFHWC ReStore, located in Belfast, sells low-cost building materials, furniture, and household items to the public, keeping usable items out of local landfills while generating revenue to support UN-Habitat's housing programs. The addition of solar energy reduces the store's carbon footprint and establishes practical, cost-saving sustainable measures for residents and businesses in Woldo County and the Mid-Atlantic coastal region, furthering this mission. Jill Riley, the Recovery Manager of Habitat for Humanity in Waldo County, said, "The completion of solar installation at our recovery center has transformed our long-term sustainability and our ability to serve more families in Waldo County. "Lower utility costs mean we can more directly reinvest in building homes, completing critical repairs, and helping people stay safe and independent in their homes."

• January 28, 2026

EDP Renewables North America (EDPR NA) has commenced operations at the Riverstart Solar IV photovoltaic project located in Randolph County, Indiana, which is a 150-megawatt photovoltaic project. Riverstart Solar IV will generate electricity annually equivalent to powering 28,800 households and businesses in Indiana. "As Indiana's largest clean energy operator, we are proud to implement projects like Riverstart Solar, which enhance the state's energy independence and reliability," said Sandhya Ganapathy, CEO of EDP Renewables North America. "This is a local energy infrastructure that strengthens the regional grid, provides stable revenue for important local services, and brings millions of dollars in long-term investment to Randolph County - while ensuring that Indiana's electricity supply remains reliable, affordable, and safe for communities and businesses." Riverstart Solar IV represents a local and regional economic impact of over $88.6 million, which supports public services and infrastructure such as schools, roads, and emergency services. The project supported 625 jobs during its construction period. By 2038, the EDPR NA project will contribute $65 million to Randolph County through economic development agreements and licensing fees. "The completion of Riverstart Solar IV marks a significant milestone for Indiana's energy future," said Indiana Secretary of Energy and Natural Resources Susanna Jaworski. "Under Governor Braun's leadership, Indiana has prioritized affordable and reliable energy for families and businesses. Projects like Riverstart IV demonstrate how Indiana is enhancing our energy independence and resilience, while supporting economic growth across our state. We are proud of this achievement and look forward to the continued benefits it will bring to our communities in the coming decades.". ” EDPR NA is the largest wind and solar energy operator, owning and operating nearly 30% of the wind and solar energy capacity in Indiana. With the completion of the Riverstart IV solar energy project, EDPR NA now operates 2 GW of domestic energy in Indiana, supplying power to over 527,000 households and businesses.

• January 27, 2026

GameChange Solar, a global supplier of solar trackers and fixed tilt bracket solutions, has launched a Distributed Generation (DG) solar division, which will serve commercial, industrial, and community solar projects nationwide. Phillip Vyhanek, CEO of GameChange Solar, stated, "Distributed generation represents a rapidly growing and strategically significant key segment of the renewable energy market. By leveraging our expertise in utility-scale solar deployment and our continuous investment in domestic supply chains, GameChange Solar provides a robust shelf system that sets a new benchmark for quality, reliability, and long-term value for our partners.". ” The DG Solar department is equipped with sales, engineering, and customer service teams. GameChange Solar's project support includes practical technical guidance, project management, and after-sales service. The company is renowned for its Genius Tracker and fixed tilt system. "We assist EPCs, developers, and asset owners in expediting construction, generating more energy, and enhancing the economic benefits of their projects," stated Teresa Zhu, Head of Distributed Generation Sales at GameChange Solar. "Our holistic approach integrates cutting-edge engineering, efficient logistics, and industry-leading delivery, thereby reducing overall installation costs, speeding up construction, and simplifying long-term operations."

• January 22, 2026

Earlier this month, Duke Energy Florida launched its DeBary hydrogen production and storage system in Volusia County, Florida, which is capable of producing, storing, and combusting up to 100% green hydrogen. The system is located at Duke Energy's existing DeBary solar site in Florida, which powers two electrolysis units that split water molecules into oxygen and hydrogen atoms. The generated oxygen is released into the atmosphere, while the green hydrogen is transported to reinforced containers for safe storage. At times of peak energy demand, the system delivers stored green hydrogen to an existing gas turbine, which has been upgraded using GE Vernova technology to operate on a mixture of natural gas and hydrogen, or up to 100% hydrogen. "Diversified power generation is robust and reliable," said Melissa Seixas, President of Duke Energy Florida. "The DeBary hydrogen project underscores Duke Energy Florida's deep understanding of this concept and our commitment to making strategic infrastructure investments that will enable us to continue providing value to our customers while meeting their rapidly growing energy needs.". ” Green hydrogen is an on-demand energy source, so turbines can be started at any time, regardless of the time of day or weather conditions. "The DeBary system can safely and reliably generate and store clean energy," said Reggie Anderson, Vice President of Regulation and Renewable Energy at Duke Energy Florida. "Duke Energy Florida is proud of this successful innovation and its lasting impact on our industry, our company, and most importantly, our customers."

• January 21, 2026

Sunstall, a utility-scale solar construction company, has launched SunRobi, a robot-assisted solar installation platform designed to accelerate, standardize, and reduce the risks associated with large-scale solar construction. SunRobi serves as the digital and operational hub for RAIS (Robotic Assisted Installation of Solar), a technology-agnostic framework that integrates robotic assistance, GPS precision guidance, AI-supported on-site intelligence, and field-proven construction expertise into a deployable solar installation value chain. Helge Biernath, President and CEO of Sunstall, stated, "At Sunstall, we have always believed that the development of solar buildings must be as rapid as the energy transition itself. "SunRobi is not just a website; it serves as a platform to realize our RAIS vision, integrating intelligent machines, GPS precision, AI-driven planning, and practical construction experience to build superior solar power plants. ” SunRobi brings together an evolving ecosystem of robotic assistance and digital construction capabilities, including: GPS-guided, operator-controlled pile driving can enhance placement accuracy and eliminate traditional string layouts Machine-assisted material handling and logistics support Robot-assisted hardware and module installation workflow Digital topographic surveying and pre-construction design verification to identify constructability issues before mobilization Conduct data-driven quality control and record-keeping from the early stages of construction While many of these systems still require human attendance and operator control, SunRobi focuses on how robotics, automation, and software intelligence can enhance human capabilities, reduce rework, and improve consistency across large sites. SunRobi does not promote a single proprietary robot or a fully autonomous system, but rather aims to be technology-agnostic. The platform is designed to integrate best-in-class robotic assistive devices, GPS systems, and software tools into Sunstall's construction workflow. This approach enables SunRobi to adapt as the technology matures — supporting multiple equipment providers, site conditions, and deployment strategies, without locking developers or EPCs into a single solution. SunRobi is not about replacing construction personnel. It is about supporting skilled operators with better tools. By reducing physical strain, improving layout accuracy, eliminating manual wire-pulling processes, and resolving design issues early on, robot-assisted workflows can help workers work safer and smarter, while maintaining full control over equipment and results. "Sunstall's role is very clear," Beirnath added. "We are integrators, connecting robot innovators with real-world construction. Our job is to transform advanced technology into deployable, financeable, and repeatable solutions on-site." SunRobi serves as a central hub for developers, EPCs, technology partners, and investors to explore how robot-assisted solar ener...