储能国际化
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中国能源研究会常务理事李俊峰:储能行业需破内卷 长时储能暂非当前刚需
Mei Ri Jing Ji Xin Wen· 2025-09-17 15:19
Core Viewpoint - The energy storage industry is crucial for the new power system and energy transition, but it faces multiple challenges such as internal competition and safety issues, necessitating a healthy and stable development path [1] Group 1: Industry Challenges - The energy storage sector has significant shortcomings, including risks of safety incidents and environmental pollution, as well as an incomplete global supply chain and raw material recycling system [1] - There is an urgent need to improve technical standards and quality control systems within the industry [1] - The phenomenon of "increased production without increased revenue, and increased revenue without increased profit" must be addressed, with the government showing strong determination to tackle internal competition issues [1] Group 2: Internationalization and Market Dynamics - The concentration of energy storage production in China is too high, accounting for 70% to 80% of global output, indicating a need for accelerated internationalization of the industry [1] - The focus should shift from merely exporting storage solutions to a broader concept of "energy storage internationalization" [1] Group 3: Long-Duration Energy Storage - Currently, long-duration energy storage is not necessary as the power system can still rely on coal, natural gas, hydropower, and nuclear power for supply-demand adjustments [2] - Long-duration energy storage will only be required when the share of renewable energy generation exceeds 60% [2] - The current emphasis should be on enhancing storage duration, reducing costs, and improving reliability [2] Group 4: Regional Energy Development - There is a lack of ready-made templates for energy transition, despite the availability of diverse resources such as wind, solar, nuclear, and fossil fuels across different regions [2] - Local energy development must leverage regional resource endowments to promote the coordinated development of various energy sources, achieving multi-energy complementarity and comprehensive utilization [2]