Implementation and System Design of Power Dispatching Algorithm Based on Cloud Platform

An automatic control system for full multi-network peaking scheduling is proposed. Under the control architecture of cloud platform, the balance between multi-power network automatic scheduling module and peaking actuator is coordinated. The hardware operating environment of power network dispatching system is constructed. Then, by using the decomposition of the end structure of the component, the occurrence pattern of the carrier side peaking command of the power line is improved. According to the turnaround time of multi-network control commands, the data loop operation flow is optimized, and the corresponding software running environment is constructed, thus ensuring the normal operation of the automatic control system of multi-network power system. The simulation test shows that the stability of the unit operation mode is poor, and the data period of peak load control is long after adopting this scheme.