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Typical application scenarios for user side energy storage2023/12/15

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The typical application scenarios for user side energy storage include the following aspects:
1、Distributed new energy: Utilizing energy storage systems as part of distributed energy to provide electricity to buildings or communities. For example, combining energy storage systems with solar panels to store electricity when there is ample sunlight and release it when needed.
2、5G base stations: Currently, China has built over 1.15 million 5G base stations, accounting for 70% of the global total. Compared with 4G base stations, the energy consumption of 5G base stations can double, and energy storage systems can improve the operational efficiency of 5G base stations.
3、Backup power supply: The energy storage system can serve as an energy backup to ensure uninterrupted power supply to critical facilities or important users. For example, in important locations such as hospitals and data centers, energy storage systems are used to ensure the continuity of production and operation.
4、Big Data Center: The integration of energy storage systems into the big data center not only reduces peak load and valley load, but also promotes low-carbon and environmental protection. It can optimize and improve the structure of power sources.
5、Microgrid: Photovoltaic+energy storage system, can achieve grid connected operation or off grid operation, can become an independent power system without the grid, suitable for remote areas, backup power sources, etc.
6、Charging facilities: Energy storage systems can reduce the electricity load on charging stations, reduce the impact on the power grid, have emergency charging capabilities, and can utilize the difference in peak and valley electricity prices to reduce electricity costs. Energy storage systems can release electricity during peak periods, reducing the pressure on the power grid.
7、Industrial Park: Industrial and commercial energy storage is a typical application of energy storage systems on the user side, which not only effectively improves energy consumption rate, but also reduces transmission loss of electricity and lowers enterprise electricity costs.
It should be noted that the energy storage application scenarios on the user side are not limited to the above few, but can also be customized according to the needs of different users and specific applications. With the continuous development and popularization of energy storage technology, there may be more innovative applications in the future.