Global Battery & Energy Storage News — 20 May 2026
The world is on track to add 353.4 GWh of new battery storage in 2026 — a record — as LFP dominates, lithium prices nearly double, and CATL bets big on sodium-ion.
IEA: World to Add 353 GWh Battery Storage in 2026 — Fastest-Growing Power Technology on Earth
— Source: IEA Global Energy Review 2026
The IEA's Global Energy Review 2026 identifies battery storage as the fastest-growing power technology on the planet. The world added 108 GW of new battery storage capacity in 2025 — a 40% increase over 2024 — and is projected to add another 353.4 GWh in 2026, driven by AI data centre demand, grid balancing needs, and the continued cost decline of lithium-iron phosphate (LFP) chemistry. LFP now accounts for approximately 90% of all new deployments globally.
China leads by a wide margin: 167 GWh added in 2025, with 203.5 GWh forecast for 2026. The US added 52.1 GWh in 2025 (49 GWh forecast 2026); Europe 25.3 GWh rising to 35.1 GWh. The IEA flags supply chain concentration and critical mineral constraints as the primary systemic risk to continued rapid growth.
India relevance: India's ~1.8 GWh installed base positions it far below its potential share, but its 90+ GW tender pipeline means it is well-placed to climb the global rankings rapidly through 2027–2030 if execution bottlenecks are resolved.
Key data:
• 2025 global new battery storage: 108 GW (+40% YoY)
• 2026 forecast additions: 353.4 GWh
• China 2026: 203.5 GWh | USA: 49 GWh | Europe: 35.1 GWh
• LFP share of global deployments: ~90%
Source: IEA
Lithium Prices Near-Double in Q1 2026 to $26,278/tonne — Supply Strain and Speculative Buying Drive Surge
— Source: Investing News / S&P Global
Battery-grade lithium carbonate prices surged in Q1 2026, nearly doubling to US$26,278 per tonne as supply chain disruptions and speculative buying converged. The rally follows a prolonged period of depressed prices throughout 2024–2025 that had forced curtailments at higher-cost Australian and South American producers. S&P Global now projects battery storage deployments as the primary long-term driver of lithium demand growth globally, overtaking EVs in proportional contribution to incremental demand through the late 2020s.
The EV segment remains robust — one-in-four cars sold globally in 2026 is electric. Analysts warn the Q1 rally may be partly speculative and could reverse as new Australian and Chilean supply comes online in H2 2026. BESS developers who locked in long-term cell supply contracts at 2024–2025 lows stand to benefit competitively.
India relevance: India imports nearly all its Li-ion cells, making it directly exposed. The Q1 2026 surge will filter through to BESS project costs within 2–3 quarters, adding further pressure to already thin-margin projects bid at aggressive 2025 tariffs.
Key data:
• Battery-grade Li carbonate (Q1 2026): US$26,278/tonne (~+95% YoY)
• Global EV market share 2026: 1 in 4 cars sold
• Relief outlook: new AU/CL supply expected H2 2026
Source: Investing News | S&P Global
CATL Plans 40 GWh Sodium-Ion Plant; Ford Launches "Ford Energy" Subsidiary Targeting 20 GWh BESS/Year
— Source: Battery-Tech Network / Energy Connects
Two major industry moves are reshaping the global battery storage landscape. CATL has announced plans for a 40 GWh sodium-ion (Na-ion) production facility in Fujian province, alongside a $5 billion capital raise tied to its European expansion. The Fujian plant signals CATL's bet that sodium-ion chemistry — which eliminates lithium from the cathode — will gain significant commercial traction for stationary storage where energy density is less critical than cost.
Meanwhile, Ford Motor Company has launched Ford Energy, a dedicated subsidiary targeting the utility-scale BESS market in the United States, offering US-assembled systems for utilities, data centres, and large industrial clients. Target: 20 GWh annual capacity, first units planned for late 2027. The move signals automakers' recognition that BESS represents a major revenue stream beyond vehicles.
India relevance: CATL's sodium-ion push is directly relevant to India's long-term supply chain strategy. Na-ion batteries eliminate exposure to lithium price volatility and could be produced domestically using India's own mineral resources. Indian policymakers and developers should monitor commercialisation timelines closely.
Key data:
• CATL Na-ion plant capacity: 40 GWh (Fujian)
• CATL European expansion raise: $5 billion
• Ford Energy target: 20 GWh/year | First units: late 2027
• Na-ion advantage: no lithium, lower cost, longer cycle life
Source: Battery-Tech Network | Energy Connects