In order to solve the problem of high energy consumption of nodes in the cloudlet enhanced fiber-wireless access network，a resource management scheme for cooperative hibernation and scheduling was proposed． This study used signaling frame interaction in the optical domain to obtain a service request and a cloud server buffer backlog，and adopted a load level-aware bandwidth allocation manner to formulate a sleep time slot for ensuring service coexistence． At the same time，combining with bandwidth configuration and wireless node energy optimiza-tion，the wireless domain node power state was scheduled during the allocation of time slots of the optical domain node，thereby reducing network energy consumption． The simulation results show that the proposed method can ef-fectively improve the energy efficiency of the whole network．