Global Advanced Battery and Energy Storage Market Report 2026-2036: Profiles of 449 Companies, New Battery Policy Landscape, Geopolitics, National Security, and Defence Demand
Dublin, May 20, 2026 (GLOBE NEWSWIRE) -- The "The Global Advanced Battery and Energy Storage Market 2026-2036" report has been added to ResearchAndMarkets.com's offering.
The Global Advanced Battery and Energy Storage Market 2026-2036 provides an authoritative analysis of the global advanced battery and energy storage market from 2026 to 2036, delivered across more than 2,000 pages of technical, commercial, and strategic content. The report covers the complete spectrum of lithium-ion and beyond-lithium battery technologies, spanning electric vehicle applications, stationary energy storage, off-highway machinery electrification, commercial and industrial power systems, and emerging defence and specialty applications.
The report tracks the rapidly evolving competitive and policy landscape including the October 2025 China export restrictions on advanced batteries, the US One Big Beautiful Bill Act, the EU Critical Raw Materials Act, the UK Cap and Floor Scheme for long-duration energy storage, and the accelerating industrial response driving domestic cell, cathode, anode, and precursor manufacturing capacity across the United States, Europe, Korea, and Japan. Detailed market forecasts are provided across all major application segments and geographic regions.
The global advanced batteries and energy storage market has entered a new structural phase defined by industrial policy, geopolitical realignment, and the technological consolidation of lithium-ion as the dominant chemistry across both mobility and stationary applications. LFP has emerged as the cost leader anchoring mass-market EV and battery energy storage system deployments, while high-nickel NMC and NCA formulations retain the performance leadership position for premium, long-range, and high-specific-energy applications. Silicon-carbon composite anodes have transitioned from laboratory research to mass commercial deployment, first in premium consumer electronics and increasingly in automotive applications, establishing themselves as the dominant near-term pathway for energy-density improvement ahead of the longer-term solid-state transition.
Three developments in late 2025 and early 2026 have materially reshaped competitive dynamics. First, China announced export restrictions in October 2025 targeting batteries with energy densities above 300 Wh/kg, directly affecting Western supply of high-energy-density cells and accelerating the commercial case for domestic production across the United States, Europe, Korea, and Japan.
Second, defence and military drone battery demand has emerged as a material new segment, driven by the operational effectiveness of battery-powered drones demonstrated in the Ukraine conflict and the Pentagon's accelerated procurement response, with national-security venture capital including IQT (the CIA-founded investment firm) flowing into high-energy-density cell developers. Third, the solid-state battery commercialisation landscape is undergoing significant differentiation: Factorial Energy has secured development agreements with Mercedes-Benz (a 745-mile EQS demonstration in late 2025), Stellantis, Hyundai, Kia, and Karma Automotive, while other Western players face commercial headwinds as automotive OEMs recalibrate their EV investment timelines.
The industrial-policy landscape is reshaping supply chains fundamentally. The US One Big Beautiful Bill Act preserves the 45X Advanced Manufacturing Production Credit while tightening foreign-entity-of-concern restrictions affecting Chinese-supplied materials and equipment. The EU Critical Raw Materials Act establishes ambitious targets for domestic mining, processing, and recycled content by 2030, supported by the Green Deal Industrial Plan and Innovation Fund. The UK Cap and Floor Scheme provides revenue certainty for long-duration energy storage developers. These frameworks collectively create structural advantages for non-Chinese cell manufacturers and materials producers while simultaneously raising the competitive bar for the Western battery industry to achieve cost and operational parity with incumbent Asian producers.
Battery energy storage systems have emerged as arguably the fastest-growing clean-energy technology globally, with demand driven by accelerating renewable energy penetration, rising data-centre power requirements linked to AI compute growth, and the continuing build-out of electric vehicle charging infrastructure.
Beyond lithium-ion, emerging chemistries including sodium-ion, redox flow (vanadium and non-vanadium), iron-air, and CO?-based systems are establishing application-specific positions in the broader energy storage landscape, particularly in stationary, long-duration, and specialty applications where lithium-ion's structural cost and duration characteristics become less favourable. The overall market is transitioning from a phase of rapid capacity build-out toward a phase of operational excellence, cost optimisation, and technology differentiation as competition intensifies across all segments.
Report contents include:
Company Profiles: 449 Detailed Profiles Across the Complete Battery Value Chain
For more information about this report visit https://www.researchandmarkets.com/r/rq67cw
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