The assistance of energy storage in the development of new energy is reflected in the following aspects:
1、Improving energy supply stability: Due to the volatility and intermittency of new energy, energy storage technology can effectively regulate the differences between energy supply and demand, allowing excess energy to be stored and released during peak demand periods or when new energy supply is insufficient, thereby ensuring the stability of energy supply.
2、Optimizing energy load management: Through energy storage systems, flexible management and control of large-scale renewable energy can be achieved. Energy storage systems can predict and adjust the generation and consumption of energy, reduce the instability caused by energy fluctuations, and improve the flexibility and reliability of energy systems.
3、Reduce energy waste: Energy storage systems can utilize cheap electricity during peak energy periods for charging and release electricity during peak energy demand periods, thereby reducing the demand for expensive energy and lowering energy procurement costs. The efficient utilization of this energy also helps to reduce energy waste and improve energy utilization efficiency.
4、Promoting the development of microgrids and off grid systems: Energy storage systems play an important role in microgrids and off grid systems. It can serve as a backup power source, providing stable power supply and charging when energy is sufficient, achieving off grid operation, and increasing the independence and sustainability of the energy system. It is of great significance to promote the development and application of microgrids and off grid systems.
Energy storage plays an important role in promoting the development of new energy. It not only improves the reliability, flexibility, and economy of new energy, but also provides support for the large-scale application of sustainable energy. With the continuous development and maturity of energy storage technology, it will further promote the popularization and development of new energy.