Promoting the Consumption and Utilization of New Energy

Energy storage technology can be integrated with renewable energy systems (such as photovoltaic power generation, wind power generation, etc.) to increase the proportion of self-generation and self-consumption of new energy, reduce the feedback to the power grid, thus alleviating grid pressure and reducing losses. This, in turn, enhances the consumption and utilization rate of renewable energy.

Improving Stability and Flexibility

Through intelligent control, energy storage systems can provide auxiliary services such as active power, reactive power, frequency, and voltage regulation to the grid, based on the real-time conditions and demands of the power system. This contributes to improving the stability and flexibility of the power system, enhancing its ability to withstand disturbances and respond to emergencies.

Promoting the Intelligent Upgrading of the Industry

The promotion and application of energy storage technology will drive the digital transformation and intelligent upgrading of the energy industry, providing strong support for building a clean, efficient, and intelligent modern energy system. With intelligent management, real-time monitoring and scheduling of energy storage systems can be achieved, thus improving energy utilization efficiency and management capabilities.

Promoting Carbon Emission Reduction and Environmental Protection

Energy storage technology can reduce users’ dependence on and consumption of traditional energy sources, thereby reducing carbon emissions and environmental pollution. This plays a crucial role in addressing climate change and achieving carbon neutrality goals.