Benefiting from the advancement of new energy technologies, the development of the energy storage market has entered the fast lane in recent years.
Under the shadow of the greenhouse effect and limited fossil resources, many governments have used clean energy to carry out "decarbonization" transformation; 5G technology has developed rapidly, and a large number of infrastructure has been implemented; poverty alleviation strategies have been implemented globally to allow remote areas where the cost of installing power grids is too high to enjoy electricity; Banks, data centers, etc. demand uninterrupted power... The demand for energy storage equipment in various fields continues to increase.
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Power generation side：
Provide a large-scale energy storage system to store clean energy, stabilize its power fluctuations, and output it at a stable frequency, reducing dependence on fossil fuels. Use clean energy power generation with energy storage equipment to deliver power to remote areas, opening up the last mile of power poverty alleviation.
Grid side：
Through the energy storage system, the utilization rate of power grid equipment is improved, and the load demand is adjusted by shifting peaks and valleys to reduce equipment pressure. Connect distributed energy in a scientific way to reduce network loss, maximize energy utilization, and stabilize power quality.
User side
Utilize the peak-valley price difference (i.e. valley charge, peak discharge) to reduce the cost of business operations and household electricity; and provide intelligent power utilization and protection strategies such as emergency power supply, capacity management, load tracking and flexible reverse power protection. Provide customized uninterruptible power supply (UPS) for enterprises and individuals to maintain power supply in the event of a power failure to ensure data and information security.
