ESS, AI power demand, and new battery technologies continue to drive activity across the global battery industry chain
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ESS, AI power demand, and new battery technologies continue to drive activity across the global battery industry chain
In this issue of its Global Energy Storage Battery Weekly, Bernstein reviews developments including large-scale solar-plus-storage financing in the U.S., automakers entering stationary storage, expansion of battery materials and equipment orders in Asia, localized materials capacity in Europe, and solid-state battery R&D.
- U.S. developer Cypress Creek secured $3.5 billion in financing to advance 1.63 GW of solar and 1.9 GWh of battery storage projects, showing that large-scale solar-plus-storage infrastructure continues to attract capital support.
- GM is expanding into stationary energy storage through partnerships with Peak Energy and Redwood Materials, while advancing second-life use of retired EV batteries and V2G, reflecting how automakers are extending their power-battery capabilities into grid applications.
- Orders and capacity expansions across the Asian supply chain are accelerating: Lopal Indonesia is expanding LFP capacity, CATL and Capchem signed a long-term electrolyte supply agreement, EVE Energy received over 67 GWh of storage orders, and Ningxia Zhiyao signed a 2 GWh sodium-ion project.
- Technology pathways continue to diversify, with new projects in sodium-ion, solid-state, lithium-sulfur, DLE direct lithium extraction, recycling, and second-life applications, highlighting the rising importance of cost, safety, resource security, and localized supply chains.
Report interpretation
Overview
This report is Bernstein's Global Energy Storage Battery Weekly published on June 15, 2026, covering battery, energy storage, electric vehicle, materials, equipment, and recycling news across the Americas, Asia, and Europe. The main body consists primarily of regional news summaries, company models, industry models, black books and recent research indexes, as well as disclosure appendices. Key developments include financing for a large U.S. solar-plus-storage project, GM's move into stationary storage, POSCO's DLE validation in the U.S., LFP and electrolyte expansion and long-term contracts, Korean equipment and recycling developments, Australian BESS commissioning, over 67 GWh of orders for EVE Energy, and progress in high-nickel cathodes and solid-state battery R&D in Europe.
Core views
The report's core message is that global ESS demand is still accelerating, with data-center and AI power demand, renewable grid integration, grid resilience, and declining costs jointly driving energy storage projects, orders, and capital expenditures. Investment opportunities across the battery value chain extend beyond cells into LFP, cathodes, electrolytes, lithium resources, sodium-ion batteries, solid-state batteries, equipment, recycling, and second-life utilization. At the same time, regional supply-chain localization, intellectual property, key mineral prices, and the pace of commercialization of new technologies will shape company differentiation.
Analysis framework
The report uses a weekly event-tracking approach, organizing developments by region across project financing, orders, capacity expansion, technology R&D, supply-chain cooperation, and policy/market progress. Combined with frameworks such as company models, the ESS tracker, EV tracker, gigafactory database, global EV TAM, global ESS TAM, Battery TAM, and supply-demand models, it provides investors with signals for assessing the health of the battery and energy storage industry.
Methodology notes
Track battery and energy storage industry chain developments across the Americas, Asia, and Europe
Assess demand strength, supply-chain positioning, and shifts in technology pathways through developments such as project financing, capacity expansion, orders, partnerships, commissioning, and technology validation.
Use total addressable market to measure demand potential for EVs and energy storage batteries
The report lists industry models such as Global EV TAM, Global ESS TAM, and Battery TAM, indicating that Bernstein uses total long-term demand for EVs, energy storage, and batteries as a core tracking framework.
Track supply-demand relationships for battery capacity, demand, materials, and equipment
The report observes supply-demand changes through the gigafactory database, company models, and materials orders, with particular focus on whether ESS continues to absorb battery capacity.
Link industry developments with commodity prices, company share prices, and valuation performance
The report includes exhibits on price performance and valuation of key commodities and companies, though the current input does not provide specific tabular figures.
Asset mapping & comparison
Structured mapping from thesis to named assets (strengths, weaknesses, peers, risks).
- CATLCore battery and energy storage value-chain company, appearing in both the company model and the long-term electrolyte contract development
- Strengths
- Signed a multi-year electrolyte procurement agreement with Capchem, demonstrating expanding battery demand and supply-chain lock-in capability; recent research mentioned a target price upgrade to HKD770.
- Weaknesses
- The report input does not disclose current valuation, margins, or share-price data, making it hard to assess whether near-term pricing already reflects ESS strength.
- Comparison
- Compared with materials or equipment companies, CATL is more directly exposed to cells, energy storage systems, and changes in global demand.
- Risks
- Raw material prices, overseas trade policy, intensifying competition, and falling energy storage prices may affect earnings leverage.
- EVE EnergyBeneficiary of large energy storage cell and system orders
- Strengths
- Received over 67 GWh of strategic orders at SNEC 2026 and showcased a 6.9+ MWh storage system, a 60 GWh factory, and a subsequent 230 GWh expansion plan.
- Weaknesses
- Rapid expansion may bring supply-demand mismatches, utilization pressure, and pricing competition.
- Comparison
- Compared with traditional power-battery demand, EVE's positioning in this report is more centered on large-scale utility storage.
- Risks
- Order execution pace, project gross margins, storage-system safety, and industry price wars are the main risks.
- LG Energy SolutionGlobal battery maker associated with recycling and IP-related developments
- Strengths
- Reached a patent licensing agreement with Sunwoda and was mentioned in the context of Korea's recycling supply chain, helping protect technological IP and material-loop closure.
- Weaknesses
- The report provides no new order or financial improvement data.
- Comparison
- Compared with Chinese battery makers, this period's LGES developments are more focused on IP protection and recycling supply chains.
- Risks
- A slowdown in U.S. EV demand, uncertainty in technology licensing income, and ongoing competition with Chinese manufacturers.
- EcoPro BMRepresentative of Europe's localized high-nickel cathode supply chain
- Strengths
- Its Debrecen, Hungary plant has begun mass production of high-nickel NCA cathodes, with annual capacity of 54,000 tons, enough to support approximately 600,000 EVs.
- Weaknesses
- Cathode materials companies are sensitive to metal prices, customer orders, and production ramp-up.
- Comparison
- Compared with the LFP expansion theme, EcoPro BM is more exposed to the high-nickel pathway and localized demand from European OEMs.
- Risks
- European EV demand volatility, cost pressure in the high-nickel pathway, and capacity utilization risk.
- SungrowCompany related to energy storage and PV inverters, appearing in the company model and recent research
- Strengths
- Included in the company model, and the report mentions prior research initiating coverage on Sungrow at Market-Perform with a PT of RMB65, indicating it is an important tracking target in the energy storage value chain.
- Weaknesses
- This weekly report does not provide new company operating data.
- Comparison
- Compared with cell manufacturers, Sungrow is more focused on storage system integration and power electronics.
- Risks
- Price competition in storage systems, changes in overseas policy, and project delivery risk.
- Tianqi LithiumAsset benefiting from lithium resources and energy storage demand themes
- Strengths
- Included in the company model and mentioned in recent research as a positive lithium view, benefiting from long-term lithium demand growth driven by energy storage and EVs.
- Weaknesses
- Lithium price cyclicality can amplify profit and valuation volatility.
- Comparison
- Compared with battery manufacturers, Tianqi Lithium is more directly exposed to upstream resource prices.
- Risks
- Falling lithium prices, overly rapid supply expansion, and policy/resource project execution risk.
- GMCase of a traditional automaker extending into stationary storage and V2G
- Strengths
- Partnering with Peak Energy and Redwood Materials to explore sodium-ion batteries, second-life use of retired EV batteries, and V2G.
- Weaknesses
- Stationary storage is not a traditional core business, and its business model and scalability still need validation.
- Comparison
- Similar to Ford, GM is leveraging EV battery experience to enter grid storage.
- Risks
- Technology pathway selection, project scalability, cost, and grid interconnection regulatory risk.
- POSCO HoldingsCompany linked to lithium resources and the North American battery materials supply chain
- Strengths
- Building a DLE demonstration project in Utah with Anson Resources, with the potential to improve lithium recovery efficiency and shorten production cycles.
- Weaknesses
- DLE is still in the validation and pre-commercial stage.
- Comparison
- Compared with conventional evaporation-based lithium extraction, DLE's potential advantages are higher recovery and faster production.
- Risks
- Technology validation failure, project delays, costs missing expectations, and lithium price volatility.
Key data
- Cypress Creek solar-plus-storage financing$3.5 billion; 1.63 GW solar + 1.9 GWh battery storageSteel River Energy Center is located in Arkansas, U.S., with power intended for large technology companies, driven by AI and data-center electricity demand.
- GM and Redwood second-life energy storage project1.5 MW / 7.2 MWh; approximately 100 retired GM EV battery packsThe project is located at a GM manufacturing plant in Michigan and is used to reduce electricity costs, improve grid resilience, and validate cascade utilization of retired power batteries.
- POSCO DLE validation project in the U.S.Utah; planned to begin operations in 2027, with real-brine DLE technology validation in 2028In partnership with Anson Resources, the project aims to improve lithium recovery efficiency, shorten production cycles, and strengthen the North American battery materials supply chain.
- Lopal Indonesia LFP expansionUSD160 million; additional 120,000 tons/year of LFP cathode material capacityThe expansion serves EV and energy storage battery demand and supports long-term supply relationships with customers such as LG Energy Solution and CATL.
- CATL and Capchem long-term electrolyte contract50,000 tons in 2026, 100,000 tons in 2027, 150,000 tons in 2028; estimated at about CNY8.1 billionThe long-term contract reflects support for electrolyte demand from expansion in EVs and energy storage.
- Toptec India equipment orderapproximately KRW13 billionSupplying pouch-type module and pack assembly equipment for a new battery production line in Pune, India, indicating that India's EV and ESS markets are attracting equipment suppliers.
- CK Solution solid-state battery dehumidification equipment115,000 m³/h airflow; about 2.4 times existing models; facility space requirements reduced by up to 30%Designed for the ultra-low-humidity manufacturing environment required for sulfide-based solid-state batteries.
- SPIC Australia BESS commissioning60 MW / 163 MWhThe Clements Gap Battery Energy Storage System in South Australia has entered full commercial operation and will participate in electricity and ancillary services markets.
- EVE Energy SNEC 2026 ordersMore than 67 GWh of strategic orders; 6.9+ MWh containerized energy storage system; 10,000 cyclesEVE also disclosed delivery of more than 3.7 million large-format storage cells, operation of a 60 GWh super factory, and plans for an additional 230 GWh of capacity.
- Ningxia Zhiyao sodium-ion project2 GWh; total investment of CNY1.06 billion, about USD147 millionLocated in Lingwu, Ningxia, the project reflects progress in deploying sodium-ion batteries for large-scale energy storage in China.
- EcoPro BM Hungary high-nickel cathode54,000 tons/year; enough to support approximately 600,000 EVsThe Debrecen plant has begun mass production of high-nickel NCA cathodes, strengthening localized battery materials supply in Europe.
- Philenergy UK equipment projectUK contract of about KRW14.8 billionSupplying integrated slitting-notching equipment to Agratas gigafactories in India and the UK.
Impact & implications
For investors, this week's developments reinforce that ESS has become an important driver of battery demand, and that AI data-center electricity demand is expanding battery storage from traditional renewable-energy pairing into a broader power infrastructure theme. Opportunities across the value chain are multilayered: upstream lithium resources and DLE, LFP and high-nickel cathodes, electrolytes, storage systems, cells, equipment, recycling, and second-life applications all saw catalysts. However, intensifying competition, divergence in technology pathways, key metal prices, changes in U.S. clean energy policy, and regional supply-chain barriers may also drive company differentiation.
Risks
- Changes in U.S. clean energy policy may affect financing and project returns for solar-plus-storage projects.
- Battery material price volatility, especially in key minerals such as lithium, nickel, cobalt, and manganese, may squeeze margins for battery and materials manufacturers.
- Overly rapid expansion in ESS and cell capacity may lead to lower utilization and intensified price competition.
- Commercialization of new technologies such as sodium-ion, solid-state, lithium-sulfur, and DLE still faces uncertainty in cost, lifespan, safety, yield, and scalability.
- Global supply-chain localization, trade barriers, and intellectual property disputes may alter company orders, costs, and market access.
- Second-life use and recycling of retired batteries require stable battery supply, testing standards, safety management, and economic validation.
What to watch
- Whether electricity demand from U.S. AI data centers and large technology companies continues to drive financing for solar-plus-storage and grid-scale storage projects.
- The actual delivery pace and pricing of the CATL-Capchem electrolyte contract, Lopal's LFP expansion, and EVE's over-67 GWh storage orders.
- Progress in cost reduction, cycle life, and project bidding for sodium-ion batteries in large-scale energy storage in China.
- Sample validation, module integration, and commercialization timelines for solid-state and lithium-sulfur batteries in collaborations involving ProLogium, Nissan, Oxford, and Gelion.
- Whether Korea's battery recycling database and recycling supply-chain buildout alleviate dependence on imported key minerals.
- Localized battery materials capacity in Europe, including the ramp-up and customer qualification of EcoPro BM's high-nickel cathode production line in Hungary.
- Revenue performance of Australian BESS projects in electricity and ancillary services markets.