New federal data shows solar and battery assets will comprise nearly 80% of all new utility-scale power additions planned for the U.S. electric grid this year.

The state agency has launched its tenth annual solicitation for Tier 1 Renewable Energy Certificates, seeking proposals from mature wind, solar and hydroelectric facilities, with a focus on eligible projects seeking to access expiring federal tax credits.

After peaking at over 14 GWh and accounting for 15% of Tesla’s revenue in the fourth quarter of 2025, energy storage saw a seasonal decline to 8.8 GWh accounting for 10.8% of the company’s revenue.

The long-delayed Nottingham Solar project, located on a former coal strip mine in Harrison County, is now under construction with an expected energization date of January 1, 2027.

Tenaska and the Tennessee Valley Authority have reached a long term agreement for a 225 MW battery energy storage system in Hawkins County, Tennessee, marking a $300 million investment in regional grid reliability.

The announcement of the company’s latest module power electronics project came alongside Q1 2026 earnings that showed a 20.6% decrease in year-over-year revenue numbers amid a steep decline in domestic demand.

The divestment, already partially secured via escrow, reflects regulatory pressure from U.S. FEOC policy changes. Boviet Solar also continues negotiations to sell a separate U.S. cell project.

Solx’s Aurora hybrid module with Caelux’s perovskite glass aims to compete on performance beyond federal tax sunsets.

The companies say they will supply 3 GW of Solx Aurora modules — which combine domestic silicon cells from Suniva and a top layer of Caelux “Active Glass” to reach 28% efficiency — with commercial volumes available in the U.S. market by 2027.

Tandem PV has opened a 40 MW commercial demonstration factory in Fremont, California, marking a significant transition for perovskite-silicon technology from laboratory development to repeatable manufacturing at scale.

Four Republican representatives introduced The American Energy Dominance Act to help lower costs, strengthen domestic supply chains, drive long-term investment in energy infrastructure, and support good-paying union jobs.

The state joins a growing list of places that allow municipalities to form local energy groups, giving residents more control over electricity costs and a faster path to 100% renewable energy goals.

The Houston-based energy software company has acquired the assets of the startup to integrate autonomous fault detection and work order generation into its PowerTrack platform for the United States solar market.

U.S. medium and long duration manufacturers EOS and ESS are showing stress, while Form Energy is outpacing projections and now must scale – all while being stalked by lithium’s ever widening use profile.

Moreno, who brings more than two decades of solar experience to the tracker manufacturer, will oversee operations from Soltec’s Miami headquarters as the company targets growth in utility-scale solar and AI data center markets across North America.

Grid operator PJM has reopened its standard interconnection process to new generation projects, after closing the standard process to new applicants in 2022 to completely clear its backlog.

Artificial intelligence came through at a crunch time for SESA-PR President PJ Wilson. The veteran solar advocate makes the case in an interview for solar and storage policy advocates to make good use of AI resources.

The agreement aims to bypass terrestrial grid constraints by beaming near-infared light from space to terrestrial solar plants to power high-density AI workloads.

Human activities in space have been solar powered for more than 70 years. Now, as the space industry accelerates, new opportunities are emerging for specialized solar manufacturers, writes Jake Veloza of Eternal Sun Wavelabs. The extreme and unforgiving conditions of space demand a high level of performance and durability, and accurate testing methods will be needed to get these new solutions off the ground.

U.S. scientists have developed a method to forecast solar irradiance at any location using a single high-resolution hemispherical image captured on-site. By extracting sky, sun, and surrounding scene information from visual cues, the approach enables accurate long-term energy prediction without relying on detailed 3D city models.