Driven by the“double carbon”goal

energy storage has the potential to become an important carrier for new energy consumption

energy conservation and emission reduction. Firstly

through the centralized management and collaborative optimization of multi-user and multi-type energy storage resources in the park

a GES resource network operation platform architecture composed of conventional energy storage and virtual energy storage such as electric vehicles and flexible loads is built. Secondly

based on the concept of sharing

a GES sharing and collaborative scheduling model on the user side of the park is established from the perspectives of economy and carbon emission

which is solved by A- PSO algorithm. Finally

taking a park as an example

it is verified that the proposed sharing mode and response strategy can effectively improve the utilization of GES resources and realize the economy and low-carbon of energy consumption of park users.