The invention provides a forced current transferring hybrid current limiter based on a valve capable of being switched off. The forced current transferring hybrid current limiter comprises a current limitation branch, a steady-state current through branch, an arc current processing branch and a lightning arrester branch which are connected in parallel, wherein the current limitation branch comprises a current limitation resistor and a reactor which are connected in series, the steady-state current through branch comprises an ultrahigh-speed mechanical switch and is used for transmitting a loadcurrent and transferring a fault current, and the arc current processing circuit comprises a full-bridge circuit and is used for helping the steady-state current through branch to transfer the faultcurrent. Compared with the prior art, the forced current transferring hybrid current limiter based on the valve capable of being switched off, provided by the invention, has the advantages that an reverse current is injected to the steady-state current through path by the arc current processing branch when a fault occurs in the power system, so that the steady-state current through path is free from influence of an arc voltage and can be reliably disconnected.