In enterprise parks, microgrids typically need to address high power quality requirements and the demand for continuous power supply. Microgrid systems in enterprise parks often integrate renewable energy sources like solar and wind, combined with energy storage devices, to achieve multi-energy complementarity and optimal energy dispatch. For instance, a building microgrid project in Nanjing uses battery energy storage systems to control charging and discharging, effectively mitigating the power fluctuations caused by renewable energy sources, thereby enhancing power supply stability and power quality.
In contrast, microgrids in industrial parks not only need to meet efficient energy utilization but also require flexible dispatch capabilities to respond to different load demands. Microgrid systems in industrial parks often interact flexibly with the main grid, providing backup power, peak shaving, and demand-side response services to further enhance system stability and economics. For example, an industrial park microgrid improves energy utilization and ensures continuous and stable industrial production through renewable energy generation, multi-energy complementarity, and load balancing.
Additionally, microgrids in enterprise parks typically require more intelligent management systems to achieve efficient monitoring and management of complex energy systems, whereas industrial parks focus more on optimizing energy dispatch and increasing system resilience to reduce operational costs.
In summary, the application of microgrids in enterprise and industrial parks can significantly improve energy efficiency, reduce energy costs, and enhance system reliability and stability through intelligent management and optimal dispatch. With continuous technological advancements and wider application, microgrids will be applied in more enterprise and industrial parks, promoting green development and sustainable growth in these areas.
