In view of such problem as high abandonment of wind rate of wind power system and remarkable influence on the grid stability

in this paper

the monitoring of the local wind power-hydrogen energy storage and coal chemical multi-functional coupling system（WP-HES & CCMFCS） is studied based on the energy wide range coordination control framework of WP-HES & CCMFCS. Firstly

the physical structure of local WP-HES & CCMFCS for integrated connection in the energy storage device is designed

the energy distribution control strategy is proposed in order to keep smooth power of the wind power output and

at the same time

to improve the comprehensive wind power use level with the hydrogen-oxygen feature made of brine electrolysis with effective combination of coal chemical system. On this basis

the local WP-HES & CCMFC monitoring system is designed and simulation operation of the system is performed. It is proved that the proposed energy distribution strategy is correct and effective by such simulation results as input and output of the monitoring system

energy status variation rule of the system and the corresponding relations between the status of solenoid valve and the energy storage status

etc.