Friday, March 6, 2026
KEY DEVELOPMENTS
- Texas Adds 1GW+ Solar, Storage: Origis, Zelestra, and Bimergen advance significant solar and battery projects across the state.
- New Jersey Expands Community Solar 3GW: State regulators greenlight a massive expansion to boost clean energy and grid reliability.
- Arevon Brings 430MW Solar Online in Missouri: The Kelso Solar Project begins commercial operations, adding substantial new capacity.
- Avantus Secures $300M for Arizona Solar+Storage: Financiers back a critical 100MWac solar and 400MWh battery system in Pinal County.
- Alabama Utility Launches First Utility-Scale BESS: Alabama Power integrates Tesla Megapacks at a former coal site for grid stabilization.
Solar & Storage
Texas today emerged as a hotbed of clean energy activity, with several major solar and battery storage projects breaking ground or securing crucial financing. Origis Energy announced the development of a 413 MW solar portfolio, the "Rockhound Projects," in Ector County, projecting completion this summer. This follows their successful securing of $545 million in project financing for a broader Texas portfolio encompassing 450 MW of solar and 150 MW of storage, slated for full operation by late 2026, according to. Read More: PV Magazine USA.
Concurrently, Zelestra commenced construction on two substantial solar projects in Texas, the 253-MW Echols Grove and 188-MW Cedar Range, totaling 441 MWdc. These projects, Zelestra's largest U.S. endeavors, are critical components of a broader 1.2 GW clean energy partnership with Meta, aimed for completion by 2028, as reported by. Meta has already formalized its commitment, signing a power purchase agreement for the combined 441-MW portfolio , signaling continued corporate demand driving utility-scale solar expansion. Read More: Solar Builder, Solar Power World.
Battery energy storage also gained significant traction in Texas. Bimergen Energy acquired eight BESS projects totaling 79.2MW, while Habitat Energy announced its first US co-located solar-plus-storage partnership with Birch Creek, furthering grid optimization efforts. This flurry of activity underscores the urgent need for grid flexibility in a state heavily reliant on intermittent renewables and prone to extreme weather events. Read More: Energy Storage News.
Beyond Texas, Arevon officially brought its 430-MW Kelso Solar Project online in Scott County, Missouri. Developed, built, and now operated by the Arizona-headquartered company, Kelso significantly boosts the state's renewable energy profile. Read More: Power Magazine.
Further west, Avantus secured over $300 million in financing for its Kitt Solar and Energy Storage Project in Pinal County, Arizona. This ambitious project combines 100MWac/130MWdc of solar capacity with a substantial 400MWh battery energy storage system , reflecting the growing imperative for integrated solar-plus-storage solutions to firm up renewable generation. Read More: Energy Storage News.
In the Pacific Northwest, Portland General Electric finalized agreements for over 1,000MW of new renewable energy and battery energy storage projects across its Oregon service territory. These additions are critical as the region grapples with load growth and mandates for decarbonization. Read More: PV Tech.
Meanwhile, Alabama Power is installing the state's inaugural utility-scale battery energy storage system at the former Plant Gorgas site. Leveraging Tesla Megapacks, this project directly addresses peak energy demands and contributes to grid stability in a state traditionally dominated by fossil fuels. Read More: Renewable Energy World.
The innovation front sees Redwood Energy, a division of Redwood Materials, aggressively positioning second-life BESS as "essential infrastructure" for managing the staggering load growth from US data centers and supporting domestic manufacturing. With backing from giants like Google and Nvidia, their focus on battery recycling and repurposing offers a pathway to sustainable energy storage at scale. Read More: Energy Storage News.
Wind Energy
While solar and storage dominated today's headlines, innovation in wind energy continues. SENSEWind, a technology developer, claims its new installation technology can significantly reduce costs for onshore wind projects. While specific locations and immediate impacts remain to be seen, such advancements are necessary to maintain wind energy's competitiveness against rapidly scaling solar and storage. Read More: reNEWS.
Policy & Markets
New Jersey's Board of Public Utilities made a significant move that will reshape the state's clean energy landscape, approving initiatives to expand its community solar program by an aggressive 3 GW. This policy push, which also includes new incentives for solar and battery storage projects, aims to boost clean energy generation, enhance grid reliability, and help control electricity costs for consumers. It represents a critical state-level commitment to distributed generation, a theme that has gained increasing importance as federal incentives remain complex under the Trump Administration. Read More: Solar Power World.
While not a domestic policy, the UK's T-1 capacity market auction awarded 7.2 GW of capacity agreements, with battery energy storage systems securing approximately 8% of the total. The clearing price of GBP 5 per kW per year was the lowest for a T-1 auction since 2020. This international market signal underscores the evolving value proposition of BESS, even as US markets navigate their own capacity mechanisms. Read More: PV Magazine.
Finally, in an indication of growing global collaboration in the storage sector, Sungrow and Delta Capacity formalized a 1 GWh framework supply agreement for European BESS projects. Announced at the Energy Storage Summit in London , this deal highlights the expanding international supply chain for advanced battery technologies, indirectly affecting project costs and availability in the US market. Read More: Energy Storage News.
LOOKING AHEAD
- Texas Grid Stability: Watch for ERCOT's summer forecasts and any potential further calls for accelerated BESS deployment to manage peak demand.
- Data Center Energy Demand: Expect more announcements linking corporate tech giants with large-scale renewable energy and storage projects, particularly in the Southeast and Southwest.
- State Regulatory Levers: Monitor other states like New Jersey that are using regulatory changes and expanded incentive programs to drive clean energy growth, potentially offsetting federal policy inertia.
TODAY'S QUICK ANSWERS
Q: What does New Jersey's 3 GW community solar expansion signify for the broader clean energy transition?
A: New Jersey's ambitious 3 GW expansion underscores a critical shift towards state-led, decentralized clean energy growth. This move provides a direct, tangible pathway for residential and small business consumers to access solar, potentially bolstering grid resilience and local economic development in a manner distinct from utility-scale projects. It also signals that states are willing to take aggressive action to meet climate goals and energy reliability needs, even as federal clean energy policy under the Trump Administration remains unpredictable for large-scale projects.
Q: Why are we seeing such a concentrated surge of solar and storage projects in Texas specifically, and what are the implications for developers?
A: Texas's surge in solar and storage projects, exceeding 1 GW in today's news alone, stems from several factors: robust land availability, a deregulated market, high energy demand driven by population and industrial growth, and acute grid vulnerability. Developers are drawn to the economic opportunities and regulatory flexibility, but they must contend with interconnectivity queues, transmission constraints, and the need for significant capital. The ongoing investment highlights the imperative to de-risk projects through PPA commitments from corporate off-takers like Meta and secure diverse financing, as demonstrated by Origis Energy's $545 million deal.
THE BOTTOM LINE: The American clean energy buildout remains robust, propelled by a combination of critical state-level policy interventions and developer confidence in securing private financing and corporate buyers, even as the utility-scale segment navigates varied federal signals.