Innovative Microgrid Solutions

Transforming energy management with AI-driven microgrid and energy storage system optimization.

Innovating Microgrid Energy Management Solutions

At SolarFed Chain, we specialize in comprehensive research and development for energy storage systems in microgrids, leveraging AI to optimize performance and sustainability.

Innovative Microgrid Solutions

In-depth research and AI integration for optimized energy management in microgrids and energy storage systems.

AI Algorithm Design

Developing advanced algorithms for renewable energy prediction and energy storage system optimization in microgrids.

Mathematical Modeling

Creating robust models for renewable generation, load forecasting, and energy storage operations in microgrids.

Smart Microgrids

Advanced research on ESS in microgrid energy management and AI.

Several battery storage systems are organized in a room with a green floor. Each system is housed within a white metal frame, featuring black components and various wiring connections. Coiled cables hang on the wall, and some cables are on the floor in front of the systems.
Several battery storage systems are organized in a room with a green floor. Each system is housed within a white metal frame, featuring black components and various wiring connections. Coiled cables hang on the wall, and some cables are on the floor in front of the systems.
Microgrid grid stability

When a microgrid is connected to a large power grid, the uncertainty of energy generation and load in the microgrid may affect the frequency and voltage stability of the large power grid. The energy storage system can quickly respond to the regulation signal of the large power grid, and maintain the power balance between the microgrid and the large power grid by adjusting the charging and discharging power, thereby ensuring the stability of the grid connection process. In a distributed photovoltaic microgrid grid connection project in a certain place in my country, the configured energy storage system controls the frequency fluctuation of the microgrid within ±0.2Hz during grid connection, meeting the access requirements of the large power grid and improving the feasibility and reliability of the microgrid's grid connection.

A landscape featuring a large solar panel array in the foreground, with a modern wind turbine to the left. Behind the renewable energy installations, an industrial facility with multiple chimneys and storage tanks is visible under a clear blue sky.
A landscape featuring a large solar panel array in the foreground, with a modern wind turbine to the left. Behind the renewable energy installations, an industrial facility with multiple chimneys and storage tanks is visible under a clear blue sky.
Enhanced black start capability of microgrids

In the event of a power outage in the main grid caused by natural disasters, power grid failures, etc., a microgrid equipped with an energy storage system can achieve a black start. As an independent power source, the energy storage system provides startup power for key equipment in the microgrid, gradually restores the operation of other equipment in the microgrid, and ensures power supply to important users. For example, in some microgrid projects in remote mountainous areas, the energy storage system quickly starts when the main grid is out of power, providing power to important facilities such as local hospitals and communication base stations, maintaining the basic social functions and emergency needs of the region.

Innovation

Exploring AI in microgrid energy management solutions.

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