Policy & Markets · News LG Energy Solution signs a 6 GWh Michigan storage deal as AI power demand reshapes its U.S. factory strategy A $1.6 billion DTE Energy contract, a North American LFP factory network, and a 90 GWh order target show how quickly LGES is shifting from EV exposure to grid and data-center storage. By CurrentCells Staff • 8 min read AI-generated image LG Energy Solution is trying to navigate two markets moving in opposite directions, EV demand that has cooled, and stationary storage demand that is speeding up. ₩208B Expected Q1 operating loss ₩398B Loss without IRA credits ₩6.6T Expected quarterly revenue 3x LGES ESS revenue target for 2026 May 28 Update: DTE Turns the Storage Pivot Into a Real Order LG Energy Solution has now put a concrete deal behind the storage pivot. The company signed a $1.6 billion agreement with DTE Energy to supply 6 GWh of energy-storage batteries over two years. The cells will be made primarily at LGES's Holland, Michigan plant, which began ESS battery production in June 2025. The contract is not just another utility-storage award. DTE plans to use the batteries across eight grid infrastructure projects, including support tied to Oracle's AI data center development in Saline Township, Michigan. That makes the deal a clean example of the demand pattern LGES has been describing: grid batteries are becoming part of the power stack for AI infrastructure, not just renewable smoothing hardware. LGES is also building the supply base around that demand. Its North American ESS network now includes Holland and Lansing in Michigan, the Spring Hill, Tennessee Ultium Cells joint venture with GM, a Honda joint venture in Ohio, and a former Stellantis JV facility in Canada. The company says it wants more than 60 GWh of global ESS production capacity by year-end, with more than 50 GWh allocated to North America. $1.6B DTE Energy supply agreement 6 GWh ESS batteries to be supplied over two years 50+ GWh North American ESS capacity target by year-end LG Energy Solution said on April 7 that it expects a first-quarter operating loss of 208 billion won, equivalent to about $138 million, as weaker electric-vehicle demand continued to hit the battery sector. Reuters reported that revenue is likely to slip 2.5 percent from a year earlier to 6.6 trillion won, with the result coming in worse than the analyst consensus compiled by LSEG. The headline number matters on its own, but the more important detail is where LGES thinks the recovery will come from. Instead of waiting for the EV market to snap back, the company is putting more emphasis on energy storage systems. That shift lines up with one of the clearest themes in battery markets this year, large manufacturers built for automotive growth are chasing the grid, data centers, and commercial storage customers who need cells right now. The EV slowdown is no longer a short-term excuse LGES supplies Tesla, General Motors, Hyundai Motor, and other major automakers. Those relationships once gave investors a direct way to ride the global EV ramp. In 2026, they also expose the company to delayed launches, slower showroom traffic, and factory utilization problems that have become familiar across North America and Europe. Reuters noted that one of LGES's major customers, GM, idled a Detroit EV plant until April. That kind of pause ripples backward through the supply chain. Cell makers do not just lose unit volume, they lose the manufacturing rhythm that keeps yields high and costs under control. A battery plant built for constant throughput becomes much harder to run profitably when customers pull back or stagger orders. The first-quarter guidance also shows how much U.S. industrial policy is carrying the sector. LGES said the figure includes production tax credits from the Inflation Reduction Act. Strip those out, and the expected operating loss widens to 398 billion won. That gap is a useful reminder that public incentives are not a side note in battery economics, they are often the difference between manageable pain and a much uglier quarter. Why storage looks better than EVs right now AI-generated image Battery demand from data centers and grid operators is giving cell makers a market that is less tied to consumer car demand. LGES is framing storage as the counterweight. The company said earlier this year that it wants to triple ESS revenue in 2026 from the prior year. Reuters cited a Nomura estimate that put LGES ESS revenue at roughly 2.8 trillion won in 2025, so management is not talking about a side business. It is talking about a line of business large enough to change the earnings mix if execution holds. That pitch makes sense. Battery storage demand is now being pulled by several forces at once: utility procurement for renewable balancing, commercial backup systems, and the sudden electricity appetite of AI data centers. A data center developer may care less about battery chemistry branding than about delivery certainty, uptime, and how quickly an integrator can connect storage to a live site. For cell suppliers, that can mean faster route-to-market than waiting for the next EV launch cycle to stabilize. Storage still carries its own risks. Margins can get squeezed if project developers treat batteries like interchangeable hardware, and Chinese suppliers remain aggressive on price. Even so, the demand picture is stronger than in passenger EVs today. That is why so many battery stories in 2026 keep circling back to the same point: the grid has become the release valve for an overbuilt EV supply chain. Policy could hand Korean suppliers an opening AI-generated image Factories that were built for EV volume may find better near-term utilization by shipping cells into stationary storage systems. Reuters also pointed to a possible tailwind from Washington. The CHARGE Act, introduced in the U.S. House last month, would restrict imports of certain Chinese-made energy storage systems over concerns tied to remote monitoring capabilities. If that bill advances, Korean manufacturers such as LGES, Samsung SDI, and SK On could gain a clearer lane into the U.S. storage market, especially for buyers who need a politically safer supply chain story. That does not guarantee a windfall. Chinese battery makers still hold the scale advantage, and they have spent years driving down the cost of storage hardware. But policy can change which suppliers are considered bankable for strategic projects, especially in sectors tied to grid resilience or large data-center campuses. In that environment, a battery company with existing U.S. manufacturing and a proven customer list starts to look more attractive. For LGES, this is probably the real strategic question for the rest of 2026. Can it convert a temporary EV slump into a permanent share gain in storage, before automotive demand returns and before low-cost competitors lock up the biggest projects? What investors should watch next AI-generated image The next few quarters will show whether LGES can turn storage orders into better utilization and cleaner margins. Three markers matter from here. First, watch how quickly the Holland and Spring Hill LFP lines convert announced demand into shipped systems. Spring Hill is scheduled to begin ESS LFP production in Q2 2026 after a $70 million retooling, with cells going to LG Energy Solution Vertech for grid-scale and data-center enclosures. Second, watch whether the order book keeps compounding. LGES ended 2025 with about 140 GWh of ESS orders and is targeting more than 90 GWh of new ESS orders in 2026, mostly from North American utilities and developers. The DTE contract helps validate that target, but it also raises the execution bar. Third, watch the margin mix. Storage can soak up factory capacity that EV customers are not using, but it only becomes a stronger business if LGES sells more than commodity cells. Vertech's software, lifecycle services, warranties, and turnkey integration are the pieces that can k