Integrated Energy
Integrated Energy
Building a renewable energy management system that fully leverages big data, this system enables real-time monitoring of power generation equipment, allows us to forecast future trends based on historical data, and even drives technological innovation and equipment optimization—ultimately boosting energy efficiency. By intelligently analyzing the operational status of wind turbines across various wind farms, we can continuously track turbine dynamics, ensuring issues are detected and addressed promptly for timely maintenance. Leveraging cutting-edge big data analytics and IoT technologies, we’re transforming wind power management practices, optimizing generator performance, and providing critical support to keep turbines running smoothly and reliably.
Grid-connected microgrids are primarily used in industrial parks, enterprises, towns, gas stations, and other areas already served by a main power grid, allowing the microgrid to seamlessly integrate with the larger network. By leveraging an advanced energy management system, these systems enable the complementary use of various renewable energy sources, delivering users highly reliable, high-quality electricity at lower costs and shorter transmission distances—all while providing green, sustainable energy options. Microgrids can operate both on-grid and off-grid, offering functionalities such as grid-point power control, seamless switching, peak-shaving and valley-filling, grid support, reactive power compensation, and smooth integration of renewable energy outputs.