
New Energy Storage Technology: A New Interpretation – September 22, 2025, 15:13
The 21st Century Economic Report and the 21st Century Finance APP have reported on a recent release from the National Energy Administration titled China’s New Energy Storage Development Report (2025). As of the end of 2024, the country has already established energy storage capacity of 73.76 million kilowatt-hours, accounting for over 40% of the total global energy storage capacity, making it the first in the world.
Furthermore, some analysts believe that the existing electrical networks are akin to “wide rivers built for peak shaving,” with many periods of surplus capacity exceeding 50% throughout the year, resulting in resource waste. Thus, the new energy storage sector is adopting new technological pathways.
On September 19, 2025, during the national energy conference, a deep dive into electrical equipment was conducted in partnership with The Hong Kong Polytechnic University and China Construction Science and Technology Group. The focus was on the “AI-enabled new energy power system and the enhancement of energy efficiency,” aimed at discussing the application of energy storage technology in urban settings and the construction of new energy systems.
According to the IEEE Power and Energy Society, the construction of large-scale energy storage is critical for maintaining a stable electrical grid, enhancing the reliability and flexibility of electrical networks, and minimizing waste. The experts emphasized that liquid flow batteries are a top-tier technology for energy storage, providing advantages over traditional batteries in terms of safety, longevity, and recyclability.
As a result, the industry is expected to leverage this technology to enhance its application in user-oriented settings. The energy storage technology landscape is rapidly evolving, as companies seek to integrate advanced systems that can effectively meet the growing demand for energy during peak periods.
In conclusion, the developments in energy storage technology are set to significantly impact the energy landscape, enabling more efficient and sustainable energy usage.
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