System Overview

The grid-connected microgrid system is a clean energy solution integrating distributed power generation, energy storage, intelligent control, and grid interaction. The microgrid enables bidirectional power flow through a Point of Common Coupling (PCC)—it can draw power from the main grid or feed power back to it.

The system supports both grid-connected and off-grid operation, prioritizing grid connection mode. In the event of a grid outage, it seamlessly switches to off-grid mode, ensuring reliable electricity supply.

Key Advantages

1. Enhancing Renewable Energy Utilization

   • Stabilizes solar and wind power fluctuations, reducing wasted energy and lowering carbon emissions.

2. Optimizing Grid Efficiency

   • Peak shaving & load shifting: Charges during low-demand periods and discharges at peak hours, easing pressure on the main grid.

3. Improving Power Reliability

   • Operates independently during grid failures, preventing widespread outages.

   • The energy storage system provides emergency backup power.

4. Economic & Policy Benefits

   • Reduces electricity costs (such as peak-valley arbitrage).

   • Supports distributed energy policies and aligns with low-carbon initiatives.

5. Smart Control

   • The EMS system enables automatic energy scheduling, reducing maintenance complexity.

Application Scenarios

1. Industrial Parks

   • Integrates solar + energy storage to optimize corporate electricity costs.

   • Supports high-reliability power needs, such as precision manufacturing.

2. Commercial Complexes

   • Provides backup power for malls and office buildings, ensuring stability for elevators and data centers.

3. Residential Communities

   • Uses rooftop solar + energy storage to reduce community energy consumption.

   • Ensures essential electricity supply during disasters.

4. Remote Areas

   • Leverages local solar and wind resources, reducing dependence on long-distance power transmission.

   • Lowers electricity costs in off-grid locations.