Energy storage battery soft connection is a connection method used to connect the energy storage battery system with other power equipment. Energy storage battery systems are typically used to store electrical energy in order to release it for supply to the grid or specific equipment when needed, thereby balancing energy demand and supply. Soft connections play a crucial role in this situation, ensuring efficient transmission, control, and monitoring of electrical energy.
The soft connection of energy storage batteries includes the following key components:
Connection interface: The connection interface is the physical connection point between the energy storage battery system and other devices. It usually involves wires, plugs, sockets, etc. to ensure the safe transmission of electrical energy and the stability of the connection.
Cables and wires: Cables and wires are used to transmit electrical energy from the energy storage battery system to other devices or the power grid, as well as to transmit electrical energy from external sources to the energy storage battery system. These cables usually need to have high voltage, high current, fire resistance, high temperature resistance, and other characteristics.
Communication system: The communication system in the soft connection of energy storage batteries is used to monitor and control the status of the energy storage battery system. The communication system can achieve functions such as battery status monitoring, power management, and remote control through data transmission.
Controller and protection device: Soft connections typically include controllers and protection devices, used to manage the charging and discharging process of energy storage batteries, as well as protect batteries from adverse effects such as overcurrent, overvoltage, and overheating.
Safety characteristics: The soft connection of energy storage batteries must have strict safety characteristics to prevent accidents such as fires and electric shocks. This may include designs such as fire protection, explosion-proof, overcurrent protection, and power outage protection.
The soft connection of energy storage batteries has a wide range of applications in modern energy fields, such as smart microgrids, power system scheduling, industrial energy management, etc. Through efficient and reliable soft connections, energy storage battery systems can be better integrated into the energy network, achieving energy balance and optimization.
