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Application of battery energy storage system in Zero-carbon smart industrial parks
Traditional industrial parks are characterized by numerous equipment with high electricity consumption, long periods of high load, and significant energy consumption.
To achieve carbon reduction goals, renewable energy is extensively utilized in smart parks. However, due to its instability, this can lead to situations of inadequate or surplus power supply. In such cases, energy storage systems are needed to balance supply and demand.
In the "smart park + energy storage" model, energy storage systems can capture surplus electricity from sources like solar and wind, and supply it to the grid during peak consumption times. This not only stabilizes the grid but also ensures the park's normal operation by providing backup power to the grid during emergencies. Additionally, industrial parks in some countries have significant electricity price differentials, making them suitable for peak shaving and valley filling strategies employed by energy storage projects.
A zero-carbon park refers to an innovative practice integrating technologies and management mechanisms across energy, industry, construction, transportation, waste disposal, ecology, and other fields within a defined area. It aims to achieve comprehensive carbon neutrality throughout the entire lifecycle of regional planning, construction, and management. Creating zero-carbon parks is significant in promoting sustainable economic development, achieving energy transition and carbon reduction goals, and enhancing corporate image and competitiveness.