November 1, 2026 update From factory plans to production, with a new European pipeline LG Energy Solution’s storage expansion now has two distinct proof points: battery production has started at Lansing, Michigan, while an October agreement with Energix opens a potential project pipeline in Europe and North America. Those milestones are not interchangeable. One is a manufacturing start; the other is a non-binding framework for possible purchases. Together they give a more concrete view of how LG is trying to turn its EV-era industrial footprint into a stationary-storage business. ESS News reported on October 28 that LG Energy Solution and Israeli-headquartered renewable developer Energix signed a memorandum of understanding covering an initial exploration of around 2 GWh of battery energy storage deployments over the next 24 months. The initial regional split is approximately 1.5 GWh in Europe and 0.5 GWh in North America. The parties are also discussing an expansion to about 4.5 GWh, divided into 3 GWh for Europe and 1.5 GWh for North America. The Energix framework is not a firm 4.5 GWh purchase order. Its non-binding status matters for readers tracking LG’s backlog, factory loading or revenue. These volumes describe opportunities under discussion, not batteries already delivered, contracted sales recognized in the accounts, or operating grid assets. The 2 GWh initial scope and 4.5 GWh expanded scope are alternatives within one potential relationship, not quantities to add together. Why the Energix relationship matters beyond its headline size This is not a first introduction between the companies. The October report identifies LG as the battery supplier for Energix’s 24 MW / 56 MWh Nowe Czarnowo project in Poland. An existing project relationship can reduce the amount of unfamiliar engineering and procurement work when a developer considers follow-on sites. It does not remove the need for project-specific contracts, grid approvals, financing and acceptance tests. The companies are also discussing a possible collaboration at Energix’s Jonava hybrid project in Lithuania. The reported configuration combines 330 MWp of solar, 140 MW of onshore wind and 320 MWh of battery storage, with commercial operation targeted for 2027. That date remains a target. The storage energy figure alone does not establish its discharge duration because the report does not provide the corresponding battery power rating. Energix said the relationship could include U.S.-manufactured battery systems compliant with foreign-entity-of-concern requirements for American projects. That is a stated procurement direction, not a blanket tax-credit eligibility finding for every future installation. Buyers still need to check the actual supplier structure, components, contracts and applicable rules for each project. Local manufacturing is part of that diligence, not a substitute for it. Lansing changes the factory discussion The August 19 production-start report provides a separate, more tangible manufacturing milestone. Lansing’s newly built, 226-acre facility represents more than $2 billion of investment since 2022. The plant is producing lithium iron phosphate cells for stationary storage and is designed to serve both storage and electric vehicles, with high-density nickel-manganese-cobalt cells planned for automotive applications. LG Energy Solution Vertech will integrate the LFP cells into turnkey storage enclosures; DTE Energy was identified among the initial customers for upcoming projects. The distinction between production start and full output is important. The reported annual capacity of more than 35 GWh is a full-scale projection for the Lansing facility, not proof of current annual shipments and not a disclosed 35 GWh allocation exclusively to storage. The report also described about 900 workers on site, with roughly 1,700 jobs projected at full scale. Those figures give a ramp trajectory, not evidence that the ramp is already finished. Lansing also shows why the storage pivot is more involved than changing a factory sign. LFP cells for stationary systems need a reliable path through cell qualification, system integration, controls, customer acceptance and field support. Vertech links LG’s manufacturing operation to that downstream work. For a utility, an available cell is only useful once it becomes a warranted, commissioned system that can meet dispatch requirements over years of operation. How to read the earlier numbers in this profile The Q1 financial results and April cylindrical-cell backlog below remain useful historical context, but they are not presented here as the latest quarter’s earnings. Likewise, the earlier target of more than 50 GWh of North American ESS capacity by year-end 2026 is a management target. Lansing’s production start supports the direction of travel; it does not independently verify that every plant in the regional network has reached its planned output. This update does not claim that the regional capacity target has already been achieved. The practical scorecard now has three separate lines. First, how much qualified manufacturing output can LG deliver rather than merely install? Second, how much of the developer pipeline becomes binding, financed project orders? Third, does the mix shift produce durable margins after ramp costs and integration obligations? An MoU can improve customer visibility without immediately improving factory utilization. A factory opening can improve supply availability without immediately improving profitability. For storage buyers, the next useful disclosures would be definitive Energix supply contracts, named project allocations and delivery schedules, plus evidence of Lansing’s sustained output and customer commissioning. Until those appear, the strongest supported description is an operating manufacturing start paired with a potentially larger commercial relationship, not a completed 4.5 GWh deployment program. Sources for this update ESS News, October 28: LG Energy Solution and Energix non-binding storage MoU ESS News / pv magazine USA, August 19: Lansing production start Reporting checked November 1, 2026. Project and manufacturing facts above are attributed to these reports. Procurement and execution implications are CurrentCells analysis. Company background and earlier 2026 reporting The dated coverage below preserves the company history and Q1 context. Its forward-looking schedules reflect the earlier reporting period; the November update above takes precedence on Lansing and the Energix discussions. July 18, 2026 update The ESS pivot is now a North American factory story LG Energy Solution's first-quarter report made the shift measurable. The company posted KRW 6.6 trillion in revenue and a KRW 207.8 billion operating loss, but storage was no longer a side line. LG said ESS reached the mid-20 percent range of total revenue, helped by North American demand and capacity expansion while pouch-type EV shipments weakened. The order book still gives the EV business scale. LG reported more than 100 GWh of new 46-series cylindrical orders in Q1, taking that backlog above 440 GWh as of the end of April. The more urgent strategic move is storage localization. LG said its North American ESS network now includes Holland, Lansing, Windsor, Ultium Cells Tennessee, and L-H Battery Company in Ohio, with more than 50 GWh of regional ESS capacity targeted by year-end. Spring Hill adds a sharper proof point. Ultium Cells said the Tennessee joint venture would begin LFP production for ESS in Q2 after a $70 million process retooling, with completed cells headed into U.S.-made grid-scale and data-center storage enclosures. The company put its global ESS capacity target above 60 GWh for 2026, with more than 80 percent of that capacity in North America. For LG, the storage pivot is no longer just a demand hedge. It is a way to reuse EV-era assets for data centers, utilities, and domestic-content buyers. Q1 revenue KRW 6.6T 46-se