中国企业包揽全球储能电芯市场前十 海辰储能紧追“宁王”跃居第二
Zhong Guo Jing Ying Bao·2025-08-15 03:54

Core Insights - The global energy storage cell shipment is projected to reach 240.21 GWh in the first half of 2025, marking a year-on-year growth of 106.1% [1] - The North American market is experiencing demand acceleration due to tariff issues, while the Chinese market is seeing preemptive demand due to the cancellation of "strong配" [1] - The top ten global companies in terms of shipment volume are all Chinese firms, with CATL leading the pack, followed by Hicharge Energy and others, collectively holding a market share of 91.2% [1] Market Dynamics - Intense competition has emerged between CATL and Hicharge Energy, leading to legal disputes over issues such as non-compete clauses and trade secrets [2] - The storage cell market is witnessing a trend of increasing differentiation, with the top six companies significantly outperforming those ranked lower [2] - Binding partnerships with leading energy system integrators is a crucial market expansion strategy for storage cell companies [2] Global Expansion - Hicharge Energy is actively pursuing an IPO in Hong Kong, following similar moves by CATL and EVE Energy [3] - Nearly 45% of energy cell shipments in the first half of 2025 were to overseas markets, with CATL, BYD, and Zhongxin Innovation leading in this area [3] - The supply chain is evolving towards a model where Chinese bases primarily supply global markets, supplemented by overseas bases for regional markets [3] Product Trends - The large storage cell segment is primarily driven by CATL and Hicharge Energy, while the small storage segment sees significant market share from Ruipu Lanjun and EVE Energy [4] - The market is experiencing a "capacity race" with the introduction of various large-capacity storage products, and the 500 Ah+ cells are expected to enter mass production in the second half of 2025 [5] - The competitive landscape is influenced by the ongoing development of next-generation large-capacity cells, with a focus on cost reduction and efficiency [5]