Multi-energy complementary capacity configuration method for comprehensive energy consumption park

The invention provides a multi-energy complementary capacity configuration method for a comprehensive energy consumption park. The method comprises the following steps: establishing output models of a distributed wind power system, a distributed photovoltaic system, a cold-heat-electricity triple generation system, an electric heating device and an electric refrigeration device in comprehensive energy supply; analyzing typical energy consumption scenes and loads of the comprehensive energy consumption park, wherein the typical energy consumption scenes and loads comprise electric loads, thermal loads and cold loads in a heat supply season, a cold supply season and a transition season; and taking the minimum total operation cost of the system as an optimization target, taking a power supply system electric power balance constraint, a natural gas cold-heat-motor set constraint, an electricity purchase power constraint, a wind power photovoltaic output constraint, a heat supply system output constraint, a start-