Gearless hydraulic transmissions are considered noble candidates for wind power transfer systems. Hydraulic wind power transfer systems allow collecting the energy of multiple wind turbines into one generation unit. Fur-thermore, elimination of the gearbox as a bulky and expensive to maintain component reduces the cost of energy conversion. The hydraulically con-nected harvesting systems require controllers to maintain the frequency and generate the required power. However, the intermittent nature of wind im-poses fluctuation on the amount of generated wind power and on the fre-quency of the output voltage. This poster introduces a wind energy storage technique through a hydraulically connected wind power transfer system. The simulation results demonstrate the successful operation of the storage to maintain the fluid in the system to keep the generator speed at a prede-termined value. The system is mathematically modeled and the control sys-tem is derived.