Smart park cooperative regulation and control method and system based on fast alternating direction multiplier method

The invention discloses a smart park cooperative regulation and control method and system based on a fast alternating direction multiplier method, and relates to the technical field of smart park distributed cooperative regulation and control. The method comprises the following steps of: partitioning according to the strength of an association relationship between intelligent agents; establishing a distributed optimization regulation and control model by taking a generator as a node and taking the minimum operation cost of a generator set as a target according to a partitioning result; carrying out iterative calculation on the distributed optimization regulation and control model by adopting a fast alternating direction multiplier method; self-adaptive penalty parameters are added in the iterative calculation process, and an optimal solution is obtained in combination with an accelerated gradient method; and performing cooperative regulation and control on each partition of the smart park to be regulated and