GSTL Lithium BESS

The energy storage system provides storage and output management for the power generation side, and the electrochemical energy storage technology and renewable energy power generation technology form a joint system. CATL, with its good consistency of battery cells and powerful computing power of the battery management system (BMS), helps the power generation side restore the stability of the power grid, optimize the output curve of power generation, reduce wind and solar power abandonment, provide system inertia and frequency and peak regulation functions, increase the proportion of renewable energy power generation, and optimize the energy structure.

The energy storage system provides load management for the transmission and distribution side, and timely adjusts the peak and frequency according to the load of the power grid. CATL's electrochemical energy storage system can realize functions such as capacity expansion and backup power supply, and accept more renewable energy on the transmission and distribution side to ensure the safe, stable, efficient and low-cost operation of the power grid.

The energy storage system provides users with a peak-valley arbitrage model and stable power quality management. It has been successfully applied to large-scale industrial, commercial and residential fields, and has been expanded to emerging applications such as communication base station backup power, UPS backup power, island microgrids, and photovoltaic storage and charging stations, helping areas without power grids to achieve power coverage, reduce social electricity costs, and improve power security on the power side, maximizing the use of energy to achieve social and economic benefits.

The application scenarios of power batteries are expanding from traditional transportation to new blue oceans such as green ships and low-altitude economy. Forklifts and non-road vehicles rely on lithium battery technology to reduce costs and increase efficiency; ship electrification uses the inland river battery replacement model as a breakthrough; Low-altitude economy relies on solid-state batteries to break through performance bottleneckschecked Policy support and technological innovation will jointly promote the accelerated implementation of power batteries in diversified scenarios and help achieve the "dual carbon" goals..