Views: 14 Author: Site Editor Publish Time: 2025-05-24 Origin: Site
On May 20, 2025, InfoLink Consulting released its highly anticipated Global Energy Storage Battery Cell Shipment Rankings for Q1 2025. Despite the seasonal dip, the energy storage market continued to outperform expectations. Global battery cell shipments for energy storage reached 99.58 GWh, marking an impressive 150.62% year-over-year increase, though showing a 7.75% quarter-over-quarter decline due to policy-driven frontloading in the U.S. and China.
The top 10 suppliers by shipment volume were:
CATL (Contemporary Amperex Technology Co. Ltd.)
EVE Energy
CALB (China Aviation Lithium Battery)
Hithium (HiTHIUM Energy Storage)
BYD
REPT Battero
Gotion High-Tech
Envision AESC
Phylion Battery
Samsung SDI
These Top 10 (CR10) players accounted for 90.1% of total global shipments, reaffirming the highly concentrated structure of the market.
Among them, EVE Energy ranked No. 2, with significant shipment volume across both utility-scale (large-scale) and residential/commercial storage sectors. EVE’s aggressive deployment strategy, coupled with strong demand from overseas and domestic integrators, contributed to its remarkable performance.
In Q1 2025, global large-scale energy storage battery shipments reached 92.85 GWh, up 160.08% YoY. The Top 5 utility-scale suppliers remained the same for the third consecutive quarter:
CATL
EVE Energy
CALB
Hithium
BYD
Notably, the gap between the second to fifth-ranked companies narrowed to less than 3%, indicating fierce competition in the utility storage segment. Moreover, 300Ah+ cells accounted for nearly 65% of utility storage shipments this quarter, further consolidating their mainstream status.
The small-scale energy storage battery market reached 6.73 GWh, up 66.83% YoY. The Top 5 players were:
EVE Energy
REPT Battero
Phylion Battery
Sunwoda Energy
Gotion High-Tech
The segment saw a clear shift from a “duopoly” of EVE and REPT to a “tripartite” competition, as Phylion closed the gap rapidly with comparable product lines and expanded customer bases.
In the policy landscape, China’s “Document 394”, jointly issued by the NDRC and NEA in April, mandates full coverage of electricity spot markets by the end of 2025 and encourages flexible energy systems like energy storage to become independent market entities. This transition marks a significant evolution from policy-driven growth to market-oriented deployment.
Short-term, a “rush-to-install” wave driven by U.S. tariff preemptions and China’s “0530” node is likely to peak around late May to June 2025, with demand stabilizing afterward.
At GBE Battery, we are proud to offer Grade-A EVE Energy storage battery cells directly to our global customers. Whether you're building residential home storage systems or deploying commercial/industrial energy storage solutions, we provide:
✅ Authentic Grade-A EVE LiFePO4 cells
✅ Other top-tier brands also available: CATL, BYD, Gotion, etc.
✅ Customized energy storage battery packs for home or commercial use
✅ Engineering and OEM/ODM support
✅ Fast delivery and consistent cell consistency
If you're sourcing high-quality lithium iron phosphate (LFP) battery cells or building your own ESS (Energy Storage System), partner with GBE Battery — your trusted lithium battery supplier.
The development of 500Ah+ battery cells is already underway:
CATL’s 587Ah
EVE’s 628Ah
CALB’s 640Ah
These products are expected to enter mass production between Q2 2025 and Q2 2026, setting a new benchmark in energy density and system integration efficiency.
Meanwhile, in residential storage, 100Ah-class cells have been operating at full production and full sales since March 2025, especially driven by rising demand in emerging markets such as Pakistan, Nigeria, and Yemen, beyond the traditional U.S. and EU regions.
Looking for Grade-A storage battery cells with stable supply, flexible customization, and expert technical support?
Visit: www.gbebattery.com
Email us: info@gbebattery.com
WhatsApp: +86 156 5600 5075
GBE Battery — Powering the Future of Storage with Quality and Reliability.
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