Industrial and commercial energy storage has a wide range of application scenarios, mainly including the following:
Medium-sized industrial and commercial sites: such as factories, shopping malls, etc. These sites usually have a large power load and obvious power consumption habits, which are suitable for single configuration or integrated configuration of photovoltaic storage (charging). Peak shaving and valley filling and demand management through energy storage systems can reduce electricity costs and serve as emergency backup power supply.
Zero-carbon park/park microgrid: The energy storage system plays a role in balancing power supply and power load in zero-carbon parks, helping to achieve clean energy supply and low-carbon operation of the park.
High-energy-load enterprises: such as steel mills, cement plants, power plants, oil refineries and other high-energy-consuming large households. These enterprises have a large power load, are not restricted by terminal electricity prices, and have a large project demand volume, which is suitable for the use of multiple new energy storage technologies or hybrid energy storage technologies.
Data center: The energy storage system can quickly switch to power the data center when the power grid fails, ensuring data security and business continuity, and reducing electricity costs by participating in auxiliary services such as power grid peak and frequency regulation.
Office building: Deploying energy storage systems in office buildings can optimize power efficiency, reduce electricity costs, and provide emergency power supply services when the power grid fails.
New energy vehicle charging station: The energy storage system can release electricity during peak charging demand to relieve grid pressure; charge and store electricity during low charging demand to improve energy efficiency.
Agricultural irrigation: The energy storage system is combined with the intelligent irrigation system to achieve intelligent management and precise control of irrigation electricity, improve irrigation efficiency, save water and reduce emissions.
Port shore power: Applied to port shore power, it provides clean and stable power supply for ships at port, promoting green shipping and environmental protection.
Highway charging station/service area: The integration of photovoltaic storage and charging is one of the key application scenarios, promoting the green transformation of transportation infrastructure.
5G base stations, heavy truck battery swaps and other high-energy consumption scenarios: Energy storage systems play a flexible regulatory role in these scenarios, promoting green and low-carbon development.
These application scenarios demonstrate the multiple roles of industrial and commercial energy storage systems in improving energy efficiency, reducing operating costs, ensuring business continuity and promoting green development.