# Philenergy wins $62M battery tool order for US storage site *The South Korean supplier lifted 2026 orders to 157 billion won, equipping Indiana cell lines as battery makers convert idle electric vehicle lines into grid storage capacity.* **Published:** October 21, 2026 **By:** Seung-min Park **Section:** Batteries & Electric Vehicles — South Korea **Format:** Breaking **Confidence:** medium **Source:** https://eastasiabrief.com/batteries-ev/philenergy-wins-62m-battery-tool-order-us-storage-site-851 **Publisher:** East Asia Brief (https://eastasiabrief.com/) --- ## What to know - Philenergy wins 86.1 billion won battery assembly tool order, lifting 2026 total to 157.3 billion won - Equipment targets Samsung SDI joint-venture lines in Indiana converted from EV cells to grid storage - Contract delivery and regulatory confidentiality period run through April 1, 2027 ![Workers in cleanroom suits assemble secondary battery modules alongside robotic arms on an automated production line. (AI-generated image)](https://eastasiabrief.com/media/2026-10-21-7e497e572c19.webp) *Workers in cleanroom suits assemble secondary battery modules alongside robotic arms on an automated production line. (AI-generated image)* Philenergy disclosed on Oct. 21, 2026, an 86.08 billion won ($62.4 million) supply contract for secondary battery assembly equipment, expanding its manufacturing backlog for North American energy storage lines. The contract equals 259.3% of the equipment maker's 2025 revenue of 33.19 billion won ($24.1 million), according to its filing with the Financial Supervisory Service. Equipment deliveries run through April 1, 2027. Combined with an earlier 71.19 billion won award in July, Philenergy has secured 157.27 billion won ($114 million) in assembly equipment orders during 2026. That cumulative total equals 4.7 times its entire 2025 revenue. The contract structure allocates commercial risk through milestone disbursements. Philenergy receives a 20% advance payment after purchase order issuance, a 70% interim payment upon factory acceptance testing, and a final 10% balance after site acceptance testing. The regulatory filing does not identify the purchasing counterparty or the factory destination, withholding both details under a commercial confidentiality clause until April 1, 2027. Industry supply-chain officials identify Samsung SDI as the customer, directing the equipment to the StarPlus Energy joint-venture complex in Kokomo, Indiana. Samsung SDI holds a minority equity stake in Philenergy. The tools will equip the third lithium iron phosphate (LFP) cell line established at the Kokomo manufacturing campus. The plant was originally designed to assemble nickel-based battery packs for electric vehicles. South Korean battery manufacturers are reassigning cleanroom space to utility energy storage as retail electric vehicle sales growth moderates across North America. Grid-scale storage projects provide multiyear revenue visibility backed by power utility off-take agreements. Samsung SDI signed a supply contract worth more than 2 trillion won ($1.5 billion) in late 2025 to deliver energy storage cells to a North American customer. It followed that transaction in March with a 1.5 trillion won agreement running through 2029. Those multiyear off-take agreements prompted Samsung SDI to assign three of the four production lines at its first Indiana plant to energy storage products. Two lines will produce LFP cells, while one continues assembly using nickel-cobalt-aluminum chemistry. Line one begins operations in late 2026 to assemble cells for Samsung SDI's containerized Samsung Battery Box 2.0 system. Line two will assemble high-capacity energy storage cells for an automotive customer's stationary storage division in early 2027. The third line, where Philenergy's new tooling package will install, will build utility-scale storage cells for a global energy system integrator. Commissioning for that line is scheduled for the first half of 2027. Philenergy manufactures tab-notching machines and precision stacking systems for prismatic battery cells. Notching tools cut positive and negative tabs from continuous metal foils before assembly. The stacking machines fold and stack alternating cathode and anode sheets inside rectangular aluminum cans. That architecture provides higher structural stability and thermal dissipation than wound jelly-roll designs during continuous deep-discharge grid cycling. Processing LFP electrode sheets requires modified mechanical handling compared to ternary nickel formulations. LFP coatings run thicker and experience different mechanical tension during high-speed feed cycles, requiring reinforced cutting dies and revised servo tensioners. Philenergy adapted its high-speed stacking equipment to handle these heavier electrode rolls without micro-cracking the active material layers. The mechanical adjustments ensure cell longevity across thousands of daily peak-shaving cycles. The equipment awards provide immediate working-capital relief to Philenergy following a sharp contraction in battery tooling capital expenditure throughout 2025. That downturn had cut the company's annual revenue by more than half. Tooling manufacturers absorb early capital expenditure before cell manufacturers record commercial battery shipments. Tool delivery milestones provide cash flow six to 12 months ahead of factory cleanroom commissioning. The Indiana facility conversion reflects broader supply-chain shifts as Asian battery makers adapt to local manufacturing incentives under United States trade legislation. Power utilities require domestic cell assembly to meet regional content requirements for grid subsidies. Chinese energy storage cell makers face increasing tariff barriers in North America. That regulatory pressure gives South Korean manufacturers a commercial window to build local capacity for prismatic LFP storage enclosures. Other Korean equipment vendors in slurry mixing, electrolyte filling and formation testing are also preparing bids for line three installations in Indiana. Those follow-on equipment awards will surface through early 2027 as cleanroom dry-rooms near completion. The delivery window specified in the regulatory filing requires Philenergy to ship the complete assembly line package before April 1, 2027. StarPlus Energy will then conduct dry-room validation runs ahead of volume storage cell production. ## Impact map | Event | Korea | China | Japan | Global impact | | --- | --- | --- | --- | --- | | Kokomo battery plant line conversion to grid ESS | Philenergy books 157.3 billion won in 2026 orders, equal to 474% of 2025 revenue | Chinese ESS integrators face local non-Chinese prismatic cell alternative in US | Japanese separator and foil suppliers reconfigure specs for Indiana LFP lines | US utilities gain domestic prismatic LFP cell supply pipeline starting in 2027 | ## In this story - **Companies:** Philenergy, Samsung SDI - **Tickers:** 377630.KQ, 006400.KS - **Impact:** Order Book, Capex, Supply Chain ## Primary sources 1. telmo.kr 2. specialtimes.co.kr 3. digitaltoday.co.kr 4. thelec.kr 5. edaily.co.kr --- Cite as: East Asia Brief, "Philenergy wins $62M battery tool order for US storage site," October 21, 2026. https://eastasiabrief.com/batteries-ev/philenergy-wins-62m-battery-tool-order-us-storage-site-851