According to the operation method of the distributed
energy storage power station participating in the
electric power auxiliary service market, the
system adopted by the method is suitable for
power grid coordination management. The
electric energy transaction platform in the
system is based on a B / S architecture, has the advantages of a multi-channel transaction function, high transaction speed and
low delay, and the HyperLedger Fabric block chain subsystem in the
electric energy transaction platform is low in
power consumption and modular, so that free open transaction of distributed energystorage can be realized. Two-stage deployment of
power grid resource unified scheduling distribution and multi-node platform transaction cooperation is adopted, and aiming at different requirements ofauxiliary service providers of a
scheduling system of a
power grid company and a distributed
energy storage system, the power grid company and the distributed
energy storage auxiliary
service provider are organically combined through a transaction mode of a block chain; according to the auxiliary decision-making method, an auxiliary
service optimization scheme can be formulated for a distributedenergy storage auxiliary
service provider in time, and the yield of the distributed energy storage system participating in the power grid is maximized.