Energy storage power station
﹡Designed specifically for smart grids and smart micro grids, accepting grid dispatching, cutting peaks and filling valleys;
﹡With the function of setting the working mode of time period, set a reasonable working method according to the characteristics of the local power grid;
﹡The mode is divided into grid-connected (charge-discharge) operation and independent isolated grid operation. It can control active power and reactive power output according to the instructions of the grid dispatching department, and has the ability to operate at full capacity in four quadrants;
﹡RS485, CAN bus and other communication interfaces are optional, standard communication protocol, realize remote monitoring;
﹡Adopts a 32-bit DSP control core drive program to enhance the reliability of the power station.
﹡Offers a comprehensive power station protection plan with complete self-diagnosis and protection functions. In the event of a system fault, it will stop and work to protect the system's safety. The power station has protection functions such as overheating, overload, overcurrent, short circuit, and drive protection to ensure reliable and stable operation.
﹡Supports RS485, Ethernet communication, and optional CAN to meet remote monitoring and other customer requirements. It can display AC and DC side voltage, current, working modes, operating status, fault information, etc., and related data can be uploaded to a remote host through the communication interface. The power station can be started, stopped, and configured through the host.
﹡The energy storage power station includes protection functions such as DC overvoltage, undervoltage, overcurrent, input reverse connection, AC undervoltage/overvoltage, overload, overheating, over/under frequency protection, three-phase imbalance protection and alarm, and AC reverse phase sequence protection and alarm.
﹡The operational status of the energy storage power station is highly visualized. The touch screen serves as the human-machine interface. Through touch operation, real-time operational data, fault data, and historical fault data can be clearly displayed.
