首先，分析了弃风情况与热电联产机组热电耦合特性，提出了通过热电机组与光

首先，分析了弃风情况与热电联产机组热电耦合特性，提出了通过热电机组与光热储能电站联合供热来提高电网整体调峰能力的解决方案。依据光热储能电站运行特性，制定了光热储能电站与热电机组联合供热的可行方案，并以此分析了光热储能电站辅助供热后热电机组电热特性及其调峰能力变化情况。

Firstly, the situation of wind abandonment and the thermoelectric coupling characteristics of cogeneration units are analyzed, and a solution to improve the overall peak shaving capacity of power grid through the joint heating of thermoelectric units and photothermal energy storage power station is proposed. According to the operation characteristics of solar thermal energy storage power station, a feasible scheme of combined heating of solar thermal energy storage power station and thermoelectric unit is formulated, and the changes of thermoelectric characteristics and peak shaving capacity of thermoelectric unit after auxiliary heating of solar thermal energy storage power station are analyzed.

First of all, this paper analyzes the situation of wind abandonment and the thermoelectric coupling characteristics of cogeneration units, and puts forward a solution to improve the overall peak-shaving ability of the power grid through the combined heating of thermoelectric units and photothermal energy storage plants. According to the operation characteristics of CSP plant, the feasible scheme of combined heat supply by CSP plant and thermoelectric unit is worked out, and the change of thermoelectric characteristics and peak shaving ability of thermoelectric unit after auxiliary heat supply by CSP plant is analyzed.