The capacity and power of energy storage cabinets are very important equipment in the field of power systems and energy storage. They can provide assistance during peak electricity demand periods and also maintain power supply in the event of power failures or other unexpected situations. The capacity and power of the energy storage cabinet are two key parameters, and we will introduce them separately below.

Firstly, let's take a look at the capacity of the energy storage cabinet. The capacity of an energy storage cabinet refers to the maximum amount of electrical energy it can store. Usually, the capacity of energy storage cabinets is determined based on the needs of the power system. For example, if the power demand of a factory increases significantly during peak periods, the capacity of the energy storage cabinet needs to be able to meet the power demand of the factory during peak periods. In addition, the capacity of energy storage cabinets can also be used to regulate the stability of the power grid, as they can store excess electricity in case of oversupply and release stored electricity in case of insufficient power supply.

Next, let's take a look at the power of the energy storage cabinet. The power of the energy storage cabinet refers to the maximum electrical energy it can output. This power is usually determined based on the power of the batteries in the electrical cabinet. The higher the power of the battery, the greater the power of the energy storage cabinet. In addition, the power of the energy storage cabinet is also limited by its control system. Therefore, when selecting an energy storage cabinet, it is necessary to choose a suitable energy storage cabinet based on the needs of the power system and the power of the battery.