Distributed energy storage refers to the technology of installing energy storage systems in a decentralized manner at the power consumption end or on the power grid side to balance the difference between energy supply and demand and improve grid stability. Its main characteristics include:
Flexibility: Distributed energy storage can be flexibly configured according to demand, increasing or decreasing storage capacity to better adapt to local energy needs.
Sustainability: Distributed energy storage can be combined with renewable energy sources such as solar and wind power to achieve more efficient energy use and further promote the development of clean energy.
Reduce grid pressure: Distributed energy storage systems can support the grid during peak periods, reducing grid pressure.
Improving power quality: Distributed energy storage can improve power quality by eliminating frequency deviations and reducing voltage fluctuations. Distributed energy storage refers to the decentralized installation of energy storage systems at the power consumption end or the power grid side.
Currently, distributed energy storage has the following business models:
Power plant upgrades: Adding energy storage systems to traditional thermal power plants or substations to balance grid load.
For users: Install energy storage devices in residential areas, commercial areas and other electricity-consuming areas to provide users with energy storage services.
Virtual power plant: This involves combining multiple distributed energy storage devices into a virtual power plant to participate in the electricity market.
Frequency response: Utilizing distributed energy storage to regulate grid frequency and participate in the grid service market.
Microgrids: Microgrid systems are built using distributed energy storage to achieve self-sufficiency and controllable outages.
