What are the applications of lead-carbon batteries?

Lead-carbon battery application classic case 1. Typical case: The smooth access system of renewable energy consists of 2MWp roof photovoltaic, 76KWp carport photovoltaic, 10KW wind turbine, charging pile, 500/500KWh battery energy storage system (including: 250KW/250KWh lead-carbon battery storage Energy system), using high-efficiency converter and control equipment, and advanced micro-grid energy management system, which can realize automatic control, protection and management. The system can maximize the use of distributed power generation and control indicators for the best performance of the energy storage system, implement adjustment control strategies, and achieve two-way interaction with the external power grid and fully automated system operation. 2. Typical case: load area peak-cutting and valley-filling 863 Advanced Energy Technology Field Smart Grid Major Topics Six High-density Multi-Access Point Building Photovoltaic System Grid Connection and Distribution Network Coordination Key Technology, led by the Research of the Institute of Electrical Engineering, Chinese Academy of Sciences, my country Electric Power Science Research institutes, Tianjin University, Shanghai University of Electric Power and many other scientific research institutions and outstanding companies have completed joint research and development in 4 years. The subject relies on the 20MW regional high-density, multi-access point building photovoltaic demonstration project, and masters the key technologies and core equipment of grid-connected stability control, power quality adjustment, system safety protection, and energy management to form a high-density building photovoltaic system and distribution The technical system for the coordinated operation of the power grid provides technical support for the large-scale promotion of regional distributed grid-connected power generation systems in my country. The battery energy storage system, which is the key assessment index of the subject, selected Shengyang Power FCp lead-carbon energy storage battery (1MW/500KWh), tubular colloidal battery containerized energy storage system (1MW/500KWh), and the modular design has realized The energy storage system is integrated and intensive, with distributed access energy storage capacity up to 1MWh and maximum output power up to 2MW. 3. Typical case: microgrid energy storage The smart microgrid demonstration and Ru0026D center construction project of Shanghai University of Electric Power is a key construction project of Shanghai University of Electric Power 085. The project is located in the Yangpu North Campus of Shanghai University of Electric Power (2588 Changyang Road) and will be fully utilized On the roofs and open areas of the campus, install a certain capacity of photovoltaic and wind power generation systems, and connect to micro gas turbines, energy storage devices, electric vehicle charging stations, simulated diesel power generation systems, and power grids to supply power to the campus. The project plans to build photovoltaic 222.75kW, wind power 10kW, micro gas turbine 55kW, simulated diesel generator 50kW, connected load 208kW, energy storage system scale 300KW (including: 100KW/500KWh lead-carbon battery energy storage system), and construction in the graduate dormitory The intelligent power system realizes two-way interaction of smart power use. Disclaimer: Some pictures and content of articles published on this site are from the Internet. If there is any infringement, please contact to delete. Previous: What is the technical process of lithium battery packaging?