KEY DEVELOPMENTS

• Tesla, LG Plan $4.3B Michigan Battery Plant: The joint facility, expected to open in 2027, will produce batteries for Tesla's Megapack 3 utility-scale energy storage systems, deepening domestic manufacturing capacity. Read More: Utility Dive.
• Avantus, Toyota Complete 159MW Texas Solar Project: The Norton Solar Project in Runnels County is now operational, backed by a long-term virtual power purchase agreement with Toyota Motor North America for the facility's full output. Read More: Power Magazine.
• Lego Builds 28MW Solar Array for Virginia Factory: The toymaker is installing a 22-MW ground-mount array and a 6.11-MW rooftop system at its new Chesterfield County manufacturing facility, underscoring corporate demand for on-site renewable generation. Read More: Solar Power World.
• Massachusetts Orders 10 GW of New Clean Energy: Governor Maura Healey signed an executive order directing state agencies to procure 10 GW of new energy resources and 5 GW of energy storage by 2035, one of the most aggressive state-level clean energy mandates in the country. Read More: Solar Power World.
• Minnesota Community Solar Hits 179 MW Milestone: The state's low- and moderate-income community solar program has approved 133 garden projects totaling 179 MW, even as regulators impose new capacity caps that will reshape the competitive landscape for developers. Read More: PV Magazine USA.

Solar & Storage

The biggest story in clean energy today is a battery factory. Tesla and LG Energy Solution's plan to build a represents one of the largest single investments in domestic energy storage production to date. The plant, targeted to begin operations in 2027, will supply cells specifically for Tesla's Megapack 3 — the company's next-generation utility-scale battery storage product that has become a critical tool for grid operators managing intermittent renewable generation. Read More: $4.3 billion manufacturing facility in Michigan.

The announcement comes just a day after news that the LG-GM Ultium Cells venture is pivoting its Spring Hill, Tennessee plant toward grid-scale LFP battery production. Taken together, the moves suggest the battery storage supply chain is rapidly reconfiguring around stationary grid applications, not just electric vehicles. For utility-scale solar developers who increasingly pair projects with storage to firm up capacity and capture higher revenues, this domestic manufacturing buildout could ease supply constraints and reduce costs in the years ahead.

On the solar generation side, the in Runnels County, Texas, marks another win for the state's booming utility-scale solar sector. Avantus and Toyota Tsusho America finished construction on the facility, which is backed by a long-term virtual power purchase agreement with Toyota Motor North America covering the project's entire output. The VPPA structure — increasingly the instrument of choice for corporate buyers — allows Toyota to claim clean energy attributes while the electrons flow onto the ERCOT grid. This project joins a crowded field in Texas, where just yesterday Sunraycer broke ground on a separate 620-MW solar-plus-storage portfolio, underscoring the state's continued dominance as America's utility-scale solar hub. Read More: completion of the 159-MW Norton Solar Project.

Corporate demand is also driving solar investment on the East Coast. at its new manufacturing facility in Chesterfield County, Virginia: a 22-MW ground-mount array spanning 80 acres and a 6.11-MW rooftop system directly atop the factory. At a combined 28 MW, the installations are substantial for an on-site corporate project and reflect the growing appetite among manufacturers to lock in energy costs and meet sustainability commitments through direct solar generation rather than relying solely on grid purchases or offsets. Read More: Lego Group is constructing two solar installations.

Meanwhile, Terabase Energy announced the commercial availability of its , which uses AI-driven autonomous robotics to install utility-scale solar arrays. Having been tested across five projects, the platform is designed to improve installation speed and worker safety — factors that matter enormously as the industry faces persistent labor shortages and rising construction costs that can make or break a project's economics. Read More: Terafab V2 automated solar construction platform.

Wind Energy

The offshore wind sector remains mired in political uncertainty. on the mounting challenges facing offshore wind development under the Trump administration, which has maintained a hostile posture toward the industry since taking office in January 2025. The article examines whether the sector can sustain momentum in the face of organized political opposition and federal policy headwinds, including permitting slowdowns and the administration's reported consideration — covered in yesterday's briefing — of a roughly $1 billion buyout to persuade TotalEnergies to surrender two U.S. offshore wind leases. Read More: CleanTechnica reports.

That proposed buyout, if executed, would represent a striking use of federal funds to actively shrink renewable energy capacity rather than expand it. For the broader offshore wind industry, the question is no longer simply whether individual projects can secure financing and permits, but whether the federal government will actively work to dismantle projects already in the pipeline. Developers and state energy officials along the East Coast are watching closely, as states like Massachusetts, New York, and New Jersey have built their decarbonization plans around gigawatts of expected offshore wind capacity.

Policy & Markets

Massachusetts Governor Maura Healey is not waiting for Washington. Her is among the most ambitious clean energy procurement mandates ever issued at the state level. The directive requires the state to pursue a diverse portfolio of resources — language that likely encompasses solar, offshore wind, onshore wind, and advanced nuclear or geothermal — to meet growing electricity demand while hitting climate targets. In practical terms, this order creates a massive procurement pipeline that developers will compete to fill over the next decade, even as federal incentives face an uncertain future under the current administration. Read More: executive order directing state agencies to secure 10 GW of new energy resources and 5 GW of energy storage by 2035.

In Minnesota, the of approved projects across 133 community solar gardens — a notable achievement for a program designed to extend solar access beyond homeowners and large commercial customers. Sixty-two percent of subscribers qualify as low-to-moderate income, exceeding the program's equity participation targets. But the regulatory ground is shifting: Minnesota has transitioned from an uncapped community solar market to a structured 800 MW program spread over ten years, with annual capacity limits that create a competitive first-come, first-served scramble for developers. The new framework offers more market certainty in some respects but will inevitably squeeze out smaller developers who cannot move quickly enough to secure allocations. Read More: state's low- and moderate-income community solar program has reached 179 MW.

The divergent state approaches — Massachusetts going big on procurement, Minnesota imposing guardrails on a successful program — illustrate a broader dynamic in American clean energy policy: with the Trump administration pulling back on federal leadership, states are charting their own courses, creating a patchwork of opportunity and constraint that developers must navigate market by market.

LOOKING AHEAD

• Tesla-LG Plant Details: Watch for specifics on the Michigan battery plant's location, jobs commitment, and whether it will seek Inflation Reduction Act manufacturing credits — a politically fraught question given the Trump administration's posture toward IRA provisions.
• Offshore Wind Buyout Decision: The administration's reported consideration of a $1 billion payment to kill TotalEnergies' offshore wind leases could come to a head in the coming weeks, with implications for every project in the federal pipeline.
• Massachusetts Procurement Rules: State agencies will need to develop implementation frameworks for the 10 GW executive order, creating what could become one of the largest clean energy solicitations in U.S. history.

THE BOTTOM LINE: A $4.3 billion battery plant, a 10 GW state procurement order, and continued utility-scale solar buildout in Texas and Virginia all point to the same conclusion — private capital and state governments are driving the energy transition forward at speed, even as federal policy remains a headwind.