We established an architecture of doubly-fed wind power generation system with hydrogen energy storage（HES） devices installed at the DC bus to solve problem that output instability of wind power generation system and low ability of LVRT. Moreover

we established a model of doubly-fed wind power generation system based on hydrogen energy storage technology on energetic macroscopic representation（EMR）

and built a maximal control framework of the system on the EMR rules of inversion. Therefore

simulation verification is conducted through MATLAB/Simulink and the results indicate that hydrogen energy storage system can not only adjust the output power of doubly-fed wind power generator but also improve the ability of LVRT

and the validity of the model is verified at the same time.