Generation Side
① Energy storage technology applied to renewable energy generation improves the grid's ability to accommodate renewable energy generation.
② Energy storage technology participates in peak shaving and frequency regulation of the system, enhancing power supply reliability and economic operation capability.
③ In coordination with fossil fuel power generation such as thermal power, it efficiently participates in flexible regulation of frequency and peak shaving, enhancing its safety, economy, and stability.
Grid Side
① Providing peak shaving services for the power system - storing electricity during off-peak periods and releasing it during peak demand periods, improving the utilization rate of generating equipment and balancing regional loads.
② Providing frequency regulation services for the power system - addressing short-term random power imbalances in regional grids, improving the reliability and security of grid operation.
③ Serving as a black start auxiliary power source - in the event of a grid outage due to failure, when unable to rely on external power sources for restoration, black start can be achieved through large-scale energy storage battery systems.
User Side
① Users can achieve valley electricity peak use through scheduling energy storage systems, reducing the maximum capacity demand on the power system and reducing actual electricity expenses.
② Star Source energy storage systems can also serve as backup power sources, improving user power quality and reliability.
③ Distributed generation + energy storage can be implemented to build a distributed power supply system, reducing peak-load differences in distribution networks.
