Study on integrated scheduling model of CHP including wind power, electric boiler and phase change thermal storage station

In order to solve the problem of absorbing and disposing wind power, mathematical models of thermal power unit, combined heat and power unit, electric boiler and phase change thermal storage station are studied separately from the angle of decoupling thermo-electric coupling constraint and power system regulating ability. Aiming to achieve the lowest operating cost, an integrated scheduling method is established, and the optimal energy scheduling solution is obtained by particle swarm optimization algorithm. The simulation experiment model based on Matlab/Simulink is set up. Compared with the traditional co-generation mode, the co-operation mode of the thermoelectric unit combined wind power-electric boiler-phase change thermal storage station is validated.