Battery storage cumulative installed capacity is likely to keep rising because power systems increasingly need fast, deployable flexibility. At the close of 2025, the battery energy storage market achieved a cumulative deployment of 224.8GW and is estimated to reach 1,300GW by 2030.
China and the US are leading the global BESS market driven by renewable energy mandates, grid stabilization needs, and the rapid expansion of energy-intensive AI computing infrastructure. China and the US will account for a BESS power generation of about 793GWh and 382GWh, respectively, by 2030.
Scope
- The report analyze batteries in power as a strategic theme, including their role and relevance across the power value chain.
- It delivers lithium-ion batteries market sizing and a growth forecast, highlighting key drivers and outlook.
- It include a technology briefing on batteries, covering key chemistries, performance characteristics, and technology evolution relevant to power applications.
- Provide a snapshot of how battery energy storage acts as a major catalyst for energy shifting.
- It presents a global market outlook for battery energy storage systems (BESS), including deployment and growth expectations by region where applicable.
- Discuss key use cases for battery energy storage by power utilities.
- Include a timeline of milestones highlighting major developments and inflection points for batteries.
- Assess key trends impacting batteries across power-sector, technology, macroeconomic, and regulatory dimensions.
- Provide an overview of the competitive positions of power utility companies adopting battery energy storage, including how storage deployment influences strategic differentiation.
Reasons to Buy
- A detailed, data-driven view of the fast-growing batteries market in the power sector and what is accelerating adoption.
- Discover the leading players driving the batteries theme by end-user market, and understand where they sit across the value chain.
- It benchmark the landscape with an overview of leaders and challengers across the batteries value chain.
- Access a value chain deep dive that breaks down key segments, roles, and dynamics shaping competitiveness.
- Leverage a global BESS market outlook, with regional breakdowns, to pinpoint the strongest growth markets and deployment hotspots.
- Understand why power generation demand enabled by BESS is set to surge globally, and what it means for system planning and investment.
- Use company profiles of battery energy storage adopters in the power sector to track strategies, deployments, and partnerships.
- Gain a power sector scorecard snapshot forecasting where leading power companies are positioned in the batteries theme.
Table of Contents
1. Executive Summary2. Thematic Overview
3. Players
4. Technology Briefing
5. Trends
6. Value Chain
7. Industry Analysis
8. Use Cases
9. Companies
10. Sector Scorecards
11. Glossary
12. Further Reading
13. Thematic Research Methodology
14. Report Authors
15. About the Analyst
- Contact the Publisher
Companies Mentioned (Partial List)
A selection of companies mentioned in this report includes, but is not limited to:
- Alliant Energy
- Duke Energy
- EDF
- Edison International
- EnBW
- E.ON
- Iberdrola
- NextEra Energy
- RWE
- BYD
- CATL
- Duracell
- Siemens
- LG Energy Solution
- Tesla
- ABB
- Hitachi Chemical
- Mitsubishi Chemical
- Sumitomo
- AES
- Hyundai
- Albermarle
- Glencore

