The use of low-temperature lithium battery energy storage system
2025-04-18 | 墙体画手绘资讯 | zhushican | 8°c
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Low temperature lithium batteries for energy storage are gradually being valued as an emerging application scenario. Low temperature lithium batteries have broad prospects in the utilization of large-scale energy storage systems due to their high energy density, high conversion efficiency, and fast response. In the future, the technology of low-temperature lithium batteries for energy storage will be widely utilized in the new generation of power systems.
1. New energy grid connection is necessary. Including power quality improvement and smoothing; New energy power generation calculation tracking, combined with expected power generation curves; Peak shaving and valley filling to enable continuous power generation from new energy sources; Combining with photovoltaic and wind power generation, smoothing power output, improving grid reception ratio, fully utilizing new energy, and reducing harmful gas emissions;
2. Adjust the load curve, peak shaving and valley filling, and improve the utilization rate of distribution equipment and lines;
3. Participate in power grid frequency regulation and improve the power supply level of the large power grid;
4. As an important component of microgrids, it solves livelihood problems and improves the quality of power supply in local areas;
5. An important element of smart grid;
6. Special requirements (such as photovoltaic power plants, disaster sites, subway stations, airport terminals, military bases, etc. that require uninterrupted power supply)
7. Data center; Low temperature lithium batteries can be rapidly charged and discharged multiple times, and have the characteristics of high density. They store electricity during the municipal radio wave valley period. When the radio wave peak occurs, the stored electricity is transmitted to the data center, thereby reducing the peak pressure of the power grid. This feature will make significant contributions to both green energy conservation and PUE, and may satisfy the dual demands of the government and data center users for PUE and TCO;
8. Distributed energy storage, used for peak shaving and valley filling in factories and buildings;
9. Backup power supply.
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