| abstract |
The invention discloses a solar thermal power generation capacity optimization method suitable for multiple scenarios of a fully renewable energy base in the technical field of power system planning. Including: reading the historical wind power, photovoltaic, load and outgoing related information of the all-renewable energy base throughout the year; establishing typical operation scenarios of the all-renewable energy base; establishing the adjustment model of the solar thermal power station; With the minimum sum as the goal, an optimization model for CSP capacity of all renewable energy bases is established; an optimization method for CSP capacity of all renewable energy bases is proposed. The invention provides a method for optimizing the solar thermal power generation capacity of an all-renewable energy power generation base. By optimizing the configuration of the solar thermal power generation capacity, the solar thermal power generation can completely replace the thermal power to participate in the grid regulation, and promote the consumption of wind power and photovoltaics. Thermal power generation provides a theoretical basis for the construction of an all-renewable energy base. |