News

Solar & Storage Policy Updates This Week CO - Black Hills Seeks Net Metering Changes Black Hills has petitioned the Colorado PUC to lower net metering compensation. Solar advocates have urged the PUC to dismiss the request. CA - DSGS Program Guideline Modifications The CEC updated the DSGS Program Guidelines. Changes include smaller aggregation sizes for storage VPPs, $1/kWh compensation for emergency event discharge, and a net discharge baseline option. Public comments are invited. CO - Xcel Battery Connect Reopened Xcel reopened its Renewable Battery Connect Program on Jan. 15, 2025, with a $350/kW residential incentive capped at $5,000 per application. It aims to fund ~46 MW across ~2,800 systems. US - Clean Electricity Bonus Credit Final Rules The IRS finalized rules for Section 48E(h), allocating 1.8 GW annually to low-income communities. Applications opened Jan. 16, 2025, and close Aug. 1, 2025. MT - Community Solar Bill Introduced Montana’s Senate introduced LC 2812, requiring utilities to interconnect community solar facilities (50 kW–5 MW) serving at least two subscribers.

Solis has achieved a significant milestone by having its residential high-voltage hybrid inverters (3.8 to 11.4 kW) and commercial power class inverters (25 to 60 kW) included on the Hawaiian Electric (HECO) Qualified Equipment List. This recognition solidifies Solis' position as a leading provider of reliable and grid-compliant inverter solutions that align with Hawaii’s clean energy objectives. The Hawaiian Electric Qualified Equipment List identifies products capable of performing essential Grid Support Utility Interactive (GSUI) functions, ensuring grid stability and compatibility with renewable energy systems. Solis inverters passed these rigorous standards, making them an ideal choice for residential and commercial solar installations across the state. Their inclusion highlights the brand’s dedication to supporting Hawaii's transition to sustainable energy. Hawaii, known for its leadership in renewable energy adoption, is pursuing a bold goal of achieving 100% renewable electricity by 2045. Solis inverters contribute to this vision by enabling reliable, efficient solar power solutions that meet the state’s unique energy needs. As grid-connected equipment plays a vital role in maintaining system reliability, Solis’ innovative technology ensures seamless energy integration. Solis’ general manager for the US, Canada, and Puerto Rico, James Qiao, expressed pride in this achievement: “We are honored to be recognized by Hawaiian Electric for our innovative inverter solutions. This milestone underscores our commitment to helping Hawaii achieve its clean energy goals.” With this certification, Solis inverters are set to power homes and businesses, driving Hawaii closer to a sustainable future.

Florida’s push toward renewable energy gains momentum with the construction of the Whistling Duck Solar Energy Center in Levy County. This new solar site is part of the Florida Municipal Solar Project (FMSP), an initiative to expand clean energy across the state. With seven planned facilities, the project aims to generate 525 MWAC of solar power, enough to supply thousands of homes with affordable, carbon-free electricity. The recently completed Rice Creek Solar Energy Center in Putnam County is already making an impact, delivering 75 MWAC of clean power to 12 Florida cities, including Jacksonville Beach, Ocala, and Winter Park. This third facility in the FMSP powers approximately 14,000 homes and sets the stage for further renewable energy growth in the Sunshine State. The FMSP is a collaborative effort led by the Florida Municipal Power Agency (FMPA) and Origis Energy, alongside 12 municipal utilities. By pooling resources, these utilities benefit from cost-effective, long-term solar power agreements that ensure stable energy prices for customers. Jacob Williams, CEO of FMPA, emphasized the importance of these partnerships in bringing affordable, clean energy to Florida communities. As construction on Whistling Duck Solar progresses, Florida continues to lead in renewable energy innovation. With each new facility, the state reduces its carbon footprint and strengthens its commitment to sustainability. The Florida Municipal Solar Project serves as a model for how collaboration can drive clean energy transformation at scale.

EDP Renewables North America has completed its 300-MW Sandrini I & II Solar Energy Park in Kern County, California. This two-phase project, consisting of the 200-MW Sandrini I and 100-MW Sandrini II, is a major milestone in the state’s renewable energy progress. Sandrini I operates under a 15-year power purchase agreement (PPA) with Shell Energy North America, while Sandrini II powers over a third of Humboldt County's energy needs through a PPA with Redwood Coast Energy Authority (RCEA). Together, the projects generate clean electricity to power over 76,000 homes annually. The Sandrini Solar Energy Park provides economic and community benefits, including $510,000 in local tax contributions since 2023 and $15 million in payments to landowners leasing property for the infrastructure. The project supported over 200 construction jobs and has created several permanent positions. These contributions strengthen local communities by funding essential services and creating employment opportunities. Sandrini II is integral to RCEA’s goal of achieving 100% renewable energy for Humboldt County by 2030. It is part of a broader effort by California’s 25 community choice aggregators (CCAs), which have already delivered 8,000 MW of clean energy and are developing an additional 10,000 MW. These projects not only support the state’s climate goals but also drive economic growth by creating over 36,000 construction jobs. This solar energy park highlights EDP Renewables’ commitment to advancing clean energy solutions. “Our mission is to provide innovative renewable energy that benefits both the environment and local communities,” said Miguel Prado, CEO of EDP Renewables North America. As California continues to lead in renewable energy adoption, the Sandrini Solar Energy Park serves as a model of how sustainable projects can simultaneously power homes and strengthen regional economies.

SolarPanelRecycling.com (SPR) has introduced cutting-edge recycling technology specifically designed for bifacial solar panels, now operational at its North Carolina and Georgia facilities. This new recycling line achieves a remarkable 99% or higher clean glass recovery rate, making it a significant advancement in sustainable solar panel recycling. Bifacial panels, known for their ability to capture sunlight on both sides, require specialized recycling methods, and SPR’s innovation sets a new industry benchmark. Unlike traditional recycling processes that shred solar panels and mix materials into unusable waste, SPR’s advanced method ensures the clean separation of glass, silicon, metals, and plastics. This approach allows high-quality materials to re-enter the manufacturing supply chain, supporting the circular economy and reducing environmental impact. “This new technology is a milestone for both SPR and the solar industry,” said Brett C. Henderson, CEO of SPR. “By maximizing recovery and minimizing waste, we are leading the way in sustainable recycling solutions.” The solar industry faces a growing challenge as older panels reach the end of their lifespan, creating substantial waste streams. SPR’s investment in bifacial-specific recycling addresses this need by providing a scalable, efficient solution that meets the rising demand for sustainable disposal methods. By recovering valuable resources, the company ensures that end-of-life panels contribute to sustainability rather than landfill waste. This breakthrough reflects SPR’s commitment to innovation and environmental stewardship. As the renewable energy sector expands, SPR’s technology demonstrates the importance of integrating recycling into the lifecycle of solar panels. By pioneering these practices, SPR is setting a new standard for the solar industry, aligning with global sustainability goals and paving the way for a greener future.

Global solar mounting leader Enstall has finalized the acquisition of Schletter Group, a European manufacturer known for its innovative solar racking systems. This strategic move enhances Enstall’s portfolio and global reach, furthering its mission to drive the renewable energy transition. Schletter’s product line includes pitched roof, flat roof, and ground-mount systems, as well as solar trackers designed to optimize energy generation. Enstall, formerly known as Esdec, has steadily expanded its footprint since entering the U.S. market in 2018. The company has built a diverse portfolio through acquisitions of industry leaders such as IronRidge, EcoFasten, and PanelClaw. With Schletter’s established reputation for engineering excellence, Enstall is positioned to deliver advanced solar mounting solutions to meet growing demand in the U.S., Europe, and beyond. “This partnership combines Schletter’s engineering expertise with Enstall’s global scale,” said Stijn Vos, CEO of Enstall. “Together, we’ll innovate and create reliable solutions to accelerate the adoption of clean energy worldwide.” Florian Roos, CEO of Schletter Group, echoed this sentiment, stating that the collaboration will help Schletter scale operations and better serve global partners in the renewable energy sector. By integrating Schletter into its existing network of companies, Enstall aims to lead the solar mounting industry with a comprehensive range of solutions. This acquisition highlights the growing consolidation in renewable energy markets and reinforces Enstall’s commitment to sustainability and innovation.

Nevada’s clean energy transition took a significant step forward as NV Energy begins implementing directives from the Public Utilities Commission of Nevada’s (PUCN) latest resource plan. This decision prioritizes distributed energy resources (DERs), including local solar and battery storage, to create a cleaner, more resilient energy grid. Key changes include longer evaluation periods for resource planning, enhanced stakeholder engagement, and increased reporting on behind-the-meter (BTM) storage systems. These updates aim to maximize renewable energy benefits while ensuring accountability and transparency. The PUCN has mandated NV Energy to extend its resource evaluation timeline to 20 years, considering long-term economic and environmental factors such as system losses and tax incentives. Additionally, the commission requires NV Energy to integrate the benefits of distributed solar and storage into its upcoming Distributed Resource Plan (DRP), due in September 2025. By emphasizing these resources, Nevada is positioning itself to reduce emissions, strengthen grid reliability, and provide fair access to renewable energy for all communities. While the PUCN’s order is a step forward, it also highlights areas for improvement. New approvals for gas plants and limited transportation electrification budgets underscore the need for bolder action to achieve Nevada’s clean energy goals. Advocacy groups, including Vote Solar, have expressed both optimism and a commitment to pushing for stronger policies to address these gaps. They continue to champion equitable clean energy solutions that benefit all Nevadans, regardless of income or location. Looking ahead, NV Energy is focusing on improving data collection for BTM storage and fostering inclusive dialogue with stakeholders to refine its energy plans. The utility’s September DRP update is expected to provide a comprehensive roadmap for integrating solar, storage, and other renewable technologies. These efforts will play a crucial role in shaping Nevada’s energy landscape, making it a model for clean energy leadership and innovation across the nation.

The U.S. Department of the Treasury and the IRS have finalized the rules for the Section 45V Clean Hydrogen Production Tax Credit, a crucial element of the Inflation Reduction Act. These rules aim to accelerate clean hydrogen production by providing clear guidelines on lifecycle greenhouse gas (GHG) emissions, labor standards, and electricity sourcing. By setting strict limits on emissions—4 kilograms of CO₂ equivalents per kilogram of hydrogen—these regulations ensure that only the most sustainable hydrogen production projects qualify for the highest tax credits. The move is a significant step toward decarbonizing heavy industry, transportation, and other energy-intensive sectors. The finalized rules emphasize the use of clean and incremental electricity for hydrogen production. Projects relying on renewable (green hydrogen) or nuclear power (pink hydrogen) must meet strict lifecycle GHG standards and will require hourly matching of energy use by 2030. States like California and Washington, which already have robust clean energy policies, are positioned to benefit from these rules. Additionally, the guidelines account for electricity generation within 36 months of a hydrogen facility’s commissioning, ensuring new projects align with the administration's climate goals while preventing unintended grid emissions. To unlock the full tax credit, projects must also adhere to prevailing wage and apprenticeship standards, supporting the administration’s mission to create high-quality jobs in the clean energy sector. These labor provisions, coupled with the emissions criteria, provide a pathway for scaling the clean hydrogen industry while ensuring economic and environmental benefits. Industry leaders have welcomed the clarity these rules provide, with many noting the potential to accelerate project deployment and investment in hydrogen hubs across the country. As the clean hydrogen sector moves forward, the Department of Energy’s forthcoming 45VH2-GREET model will help producers calculate tax credit eligibility based on lifecycle emissions. With clear regulations and strong incentives in place, the U.S. is poised to lead the global hydrogen economy. These efforts not only promise to reduce emissions in hard-to-decarbonize sectors but also support the broader transition to a sustainable energy future driven by innovation and clean energy jobs.

San Miguel Electric Cooperative Inc. (SMECI) is set to transform its coal-fired power plant in Atascosa County, Texas, into a 400-MW solar and 200-MW battery storage facility by 2027. Backed by $1.4 billion from the U.S. Department of Agriculture’s (USDA) Empowering Rural America (New ERA) program, this shift aims to provide clean, affordable energy to 47 rural South Texas counties. The investment, funded through the Inflation Reduction Act, underscores the federal government’s commitment to reducing greenhouse gas emissions and promoting renewable energy solutions in rural areas. The transition will significantly cut SMECI’s greenhouse gas emissions while maintaining affordable power for over 340,000 customers served by the cooperative. The USDA funding also supports debt refinancing for the coal plant’s infrastructure and ongoing mine reclamation efforts, ensuring the land is restored to productive uses like ranching and agriculture. “This project allows us to modernize while continuing to meet the energy needs of our growing communities,” said Craig Courter, SMECI’s General Manager and CEO. This development strengthens Texas’s position as a leader in renewable energy. Known for its dominance in wind power, the state is rapidly expanding its solar capacity, with SMECI’s project setting an example for other rural cooperatives. By embracing solar and storage, SMECI ensures reliable and sustainable power generation while reducing dependence on fossil fuels, making this a landmark shift for South Texas energy production. The USDA and SMECI view this transformation as more than an energy upgrade—it’s a step toward economic and environmental sustainability for rural Texas. Agriculture Secretary Tom Vilsack highlighted the initiative’s broader benefits, emphasizing how clean energy projects can enhance rural quality of life, lower electricity costs, and support long-term energy security. SMECI’s bold move offers a blueprint for transitioning traditional energy infrastructure to modern, renewable solutions nationwide.

The Ismaili Jamatkhana in San Antonio has become the first purpose-built Jamatkhana in the United States to adopt solar power, setting a benchmark for renewable energy in faith-based communities. The 145-kW rooftop solar system, installed by Big Sun Solar, will generate approximately 206,289 kWh of clean energy annually. This achievement aligns with the Aga Khan Development Network’s (AKDN) goal to achieve net-zero carbon emissions by 2030, reflecting a deep commitment to sustainability and climate action. This project highlights the Ismaili Muslim community’s dedication to environmental stewardship and social responsibility. “Caring for the environment is a vital expression of our values, and this solar energy project allows us to demonstrate that in a tangible way,” said Farah Lalani from the Ismaili Council for the Southwestern USA. By transitioning to solar energy, the Jamatkhana is reducing its carbon footprint and inspiring other communities to explore renewable energy solutions. Big Sun Solar, a Texas-based solar energy provider, partnered closely with the Jamatkhana to bring this vision to life. “It’s inspiring to see faith-based organizations lead the way in sustainability. This project is a clear example of how solar energy can make a difference for communities,” said Robert Miggins, CEO of Big Sun Solar. The partnership underscores the growing accessibility and affordability of renewable energy solutions for institutions of all kinds. The Ismaili Jamatkhana’s solar installation stands as a beacon of hope, demonstrating how faith and sustainability can work hand in hand. This initiative is expected to encourage other places of worship and community spaces to embrace clean energy, contributing to a greener, more sustainable future. As the global call for climate action grows louder, the San Antonio Jamatkhana serves as a powerful reminder of the collective impact communities can have when they prioritize renewable energy.