As Global Battery Storage Passes the 100 GW Mark, a New Volume Maps Every Grid Storage Technology in Play
Grid-scale energy storage has crossed a threshold few expected this fast. BloombergNEF's Energy Storage Market Outlook for 1H 2026 confirms that the world installed 112 GW and 307 GWh of storage in 2025 alone — a 48% increase on 2024 — pushing cumulative global capacity past 2.9 TW. As BNEF's Isshu Kikuma put it, it took the industry only four years to scale annual additions from 10 GW to more than 100 GW, compared with roughly eight years for solar and fifteen for wind. BNEF now forecasts another 41% jump in 2026, to 158 GW and 459 GWh, with China and the United States together accounting for roughly seventy percent of new capacity.
That scale of deployment is exactly why Electrochemical Energy Storage for the Grid, edited by Min Yang, Wanzhong Shen and Junbo Hou (CRC Press, 2026), arrives at the right moment. Rather than focusing on a single chemistry, the volume reviews the full competitive field grid planners are actually choosing between: mature lead-acid systems, next-generation lithium-air and lithium-sulfur batteries, metal-air batteries, hydrogen generation via water electrolysis, and fuel cells including solid-oxide designs for stationary grid applications.
Three applications make the volume immediately useful to practitioners. First, utility planners evaluating long-duration storage for renewables-heavy grids get a direct technology comparison between battery chemistries and hydrogen-based pathways, rather than a single-technology deep dive. Second, grid safety and reliability teams get a dedicated treatment of lithium-ion thermal runaway, the leading cause of battery storage fire incidents and a growing regulatory concern as installation counts rise. Third, R&D teams evaluating next-generation chemistries get side-by-side coverage of lithium-air and metal-air systems against the lead-acid and conventional lithium-ion baselines they are trying to beat on cost and density.
For engineering faculties, utility research libraries and energy policy institutes, this is a reference built for exactly the moment the storage industry is in: scaling fast enough that last year's single-chemistry textbook is already out of date, and safety and long-duration questions are moving from the lab to the regulatory agenda.
CLNZ Books ships Electrochemical Energy Storage for the Grid worldwide to libraries, utilities and individual professionals, with secure payment by credit card or PayPal and tracked international courier delivery on every order.
Q&A
Why is electrochemical energy storage critical for today's grid?
As wind and solar supply a growing share of electricity, grid operators need storage that can shift that intermittent generation to meet demand around the clock — electrochemical storage is the leading technology family for doing so.
How big is the grid battery storage market right now?
BloombergNEF reports 112 GW installed worldwide in 2025 alone, with 158 GW forecast for 2026 — cumulative global capacity has passed 2.9 TW.
Does the book cover hydrogen as well as batteries?
Yes — it dedicates chapters to hydrogen generation via water electrolysis and to fuel cells, including solid oxide fuel cells for grid applications.
Does it address battery safety risks?
Yes — lithium-ion thermal runaway, a major safety concern for grid-scale battery installations, has a dedicated chapter.
Where can I buy Electrochemical Energy Storage for the Grid?
Directly from CLNZ Books, with worldwide shipping and secure payment by credit card or PayPal.