The 7.2 MWh of Energy Storage Projects is a large-scale and innovative solution for providing clean and reliable power for small commercial and industrial customers. The project consists of a 2000kW/7.2MWh solar plus storage system that is housed in a 40ft high cabinet and can be easily deployed and connected to the grid. The system uses a 2000kW power conversion system (PCS) that can convert the DC power from the solar panels and the battery to AC power for the loads. The system can also operate in island mode or grid-tied mode, depending on the grid conditions and the user’s preferences.
The system has several benefits for the users and the environment. First, the system can reduce the dependence on fossil fuels and lower the carbon emissions of the energy sector. Second, the system can save money on electricity bills and peak demand charges by using solar energy as the main source of power and shifting the load to off-peak hours. Third, the system can enhance the resilience and security of the power supply by providing backup power during grid outages or frequency regulation services. Fourth, the system can improve the power quality and stability by smoothing out the fluctuations and harmonics caused by renewable energy sources.
The system is suitable for various locations and scenarios, such as factories, warehouses, office buildings, shopping malls, etc. The system can be customized according to the specific needs and preferences of the users, such as the battery capacity and chemistry, the solar panel configuration and orientation, the PCS parameters and functions, etc. The system can also be integrated with smart devices and cloud platforms for remote monitoring and control.
The 7.2 MWh of Energy Storage Projects is a promising solution for sustainable energy development in small commercial and industrial areas. It can help increase the renewable energy penetration and reduce the grid congestion. It can also contribute to the national goals of increasing energy efficiency and reducing greenhouse gas emissions.