The TAZ3000 New Energy Intelligent Power Distribution Monitoring System software is part of a microgrid system that integrates various distributed energy sources such as wind power, solar photovoltaic power, and energy storage. This system is a key feature of the smart grid’s multi-source structure.
Product Features:
The TAZ3000 New Energy Intelligent Power Distribution Monitoring System software is part of a microgrid system that integrates various distributed energy sources such as wind power, solar photovoltaic power, and energy storage. This system is a key feature of the smart grid’s multi-source structure.
① The microgrid system consists of distributed power generation systems like solar power and wind power, along with energy storage batteries, inverters, and power distribution equipment. It performs data acquisition, conversion, and storage applications for renewable energy.
② When the wind and solar energy storage microgrid system operates independently, the energy storage device acts as the main power source. When both the photovoltaic and wind power systems are offline, the microgrid system will adjust the load capacity and implement over-limit protection based on the actual situation.
③ A comprehensive microgrid control strategy is implemented. The system automatically performs closed-loop power flow control based on the distributed generation output, energy storage status, load conditions, and the large grid's status. It adjusts the operational strategy and controls the operational state to ensure the safety, reliability, and optimal operation of the microgrid system.
④ The microgrid control system enables the monitoring and display of the operational data of distributed power sources and related equipment. It provides real-time, comprehensive information on the operating status of distributed power sources, wind and solar data, and the microgrid's operational process.
⑤ The microgrid system maximizes energy-saving and environmental protection functions, addresses energy structural issues, and supports the development of a low-carbon economy.
Application Range:
Distributed generation generally refers to small, modular, decentralized, high-efficiency, and reliable power generation units with a capacity ranging from a few kilowatts to hundreds of megawatts. Connecting distributed generation systems to the traditional grid in the form of a microgrid, and integrating with the large grid, is the most effective way to enhance the performance of distributed generation systems.
