Company News T1 Energy Buys KORE Power as U.S. Battery Storage Moves From Factory Dreams to Integration The $32 million deal gives T1 a utility-scale BESS engineering platform after both companies walked away from planned cell factories. T1 Energy has agreed to acquire KORE Power in a transaction valued at about $32 million , a small price tag attached to a larger signal in the U.S. battery market. The former FREYR Battery is not buying a cell factory comeback story. It is buying KORE's NRI division, a utility-scale battery storage engineering, delivery, controls, and operations platform that T1 says can help it reach solar, storage, and AI data-center infrastructure customers. $32M Enterprise value in equity, cash, and assumed debt 1,100 BESS projects the NRI team says it has deployed worldwide Q2 Expected 2026 close, subject to standard conditions AI-generated image T1 Energy is positioning the acquisition around utility-scale BESS engineering, controls, and customers that need firm clean power. A Battery Deal Built Around What Survived The most important part of the agreement may be what T1 is not buying. T1 chairman and CEO Daniel Barcelo told Energy-Storage.news that the company is not using KORE to restart battery cell manufacturing. KORE's planned Arizona KOREPlex gigafactory was cancelled in 2025 after years of delays, leadership changes, and a difficult capital market for U.S. cell startups. T1 has its own version of that history. Before rebranding, FREYR Battery cancelled a proposed $2.57 billion battery cell facility in Newnan, Georgia, and shifted its focus toward solar manufacturing. That makes this deal less a rescue of one startup by another and more a reset. U.S. battery storage demand is strong, but the easy story that every battery company should build cells domestically has collided with cost, timing, and scale. Chinese manufacturers still dominate lithium-ion cell production. U.S. developers need battery systems now, not just factory announcements that may reach volume output years later. KORE's NRI business fits that gap. The division specializes in the design, delivery, installation, operation, software, and controls work behind large battery energy storage systems. The companies say the NRI team has deployed about 1,100 BESS projects globally and has supplied systems to utilities, developers, industrial customers, U.S. government customers, and national laboratories. T1 plans to rebrand the business as T1 NRI after closing. Why it matters: The transaction turns two failed gigafactory stories into a systems-integration strategy. In 2026, battery storage value is shifting toward bankable project delivery, controls, domestic software, warranty support, and grid services. The Numbers Are Modest, the Strategic Bet Is Not The announced enterprise value is roughly $32 million, made up of equity, cash, and assumed debt at the expected Q2 2026 close. The agreement also includes a potential $9.6 million equity earn-out tied to performance in fiscal 2026 and 2027. T1 expects the transaction to be positive for EBITDA this year and contribute $15 million to $20 million of EBITDA in 2027. Those figures are small compared with the multibillion-dollar factory plans both companies once discussed. That contrast is the point. BESS integration can generate nearer-term revenue without requiring T1 to shoulder the capital burden of cell production. It also gives the company a customer-facing technical team that can sit closer to developers as projects move from interconnection queue to construction site. AI-generated image Utility-scale storage buyers increasingly care about integration quality, controls, cybersecurity, and lifecycle service. For T1, the timing lines up with a U.S. market that keeps adding storage even as renewable development faces permitting, equipment-price, and policy uncertainty. A new American Clean Power Association report cited by pv magazine says U.S. developers added 2.382 GW of energy storage in the first quarter of 2026. The broader clean power pipeline reached more than 195 GW, with planned battery storage capacity up 8 percent from a year earlier. The pipeline is growing because storage has become the pressure valve for a more congested grid. Solar output needs shifting. Data centers need firm power. Utilities want capacity that can respond quickly. Developers want equipment partners that can help projects clear commissioning, market participation, and long-term operations rather than simply ship containers to the site fence. AI Data Centers Move Into the Center of the BESS Sales Pitch T1 described the KORE acquisition as a way to expand into energy storage and AI data-center infrastructure markets. That language is not decorative. Data-center demand is now one of the clearest growth narratives for battery storage suppliers, because AI workloads are forcing power buyers to look beyond ordinary backup generation. A battery system can help a data center in several ways. It can bridge outages, reduce demand peaks, absorb renewable energy, support microgrid operation, and give a facility more flexibility around interconnection constraints. For hyperscale operators, batteries can also support cleaner power claims when paired with solar, wind, or other firm clean resources. The best systems are not just large boxes of cells. They are controls-heavy power assets. AI-generated image AI power demand is pulling battery storage vendors closer to data-center infrastructure planning. That is where NRI could be useful to T1. The division's stated experience in software and controls gives T1 a more complete offering than solar modules alone. If the acquisition closes, T1 can approach utility-scale developers and large power buyers with a package that connects generation, storage, controls, and support. That does not remove supply-chain risk, but it changes the conversation from cell provenance to project performance. Domestic Controls Could Matter as Much as Domestic Cells The U.S. battery market is still sorting out foreign entity of concern rules, tariffs, domestic-content incentives, and cybersecurity concerns around grid equipment. Much of that debate has focused on cells, modules, and factory location. Controls and software are moving up the list because battery systems are active grid assets, not passive commodities. KORE says NRI performs all software and controls development domestically. If T1 can validate and scale that claim with customers, it may help the company compete for projects where utilities, public-sector buyers, or data-center operators want tighter confidence in system software, remote operations, and grid-support functions. That does not solve the cell-supply challenge, but it gives T1 a defensible layer in a market where pure hardware margins are under pressure. What T1 gains if the deal closes • A BESS engineering and operations team with global deployment claims. • Domestic software and controls capability for grid-scale storage projects. • Access to utility, developer, industrial, government, and national-lab relationships. • A clearer route into AI data-center power infrastructure. A Wider U.S. Storage Pattern The T1-KORE agreement lands in the same week as other storage manufacturing and integration moves. Alsym Energy and Re:Build Manufacturing announced a plan to develop U.S. sodium-ion cell manufacturing for stationary storage in Pennsylvania. Ford has launched a stationary storage business around U.S.-assembled BESS. LG Energy Solution is leaning harder into storage after EV-market softness. The common thread is simple: grid storage demand is real enough to pull companies out of their original lane. AI-generated image Storage projects are becoming more execution-heavy as deployments move deeper into the utility grid. The companies that benefit may not be the ones with the largest cell-factory announcements. They may be the companies that can deliver complete systems, integrate them with the grid, p