The utility model discloses a valve hall intelligent inspection tour robot communication apparatus based on fiber communication. The valve hall intelligent inspection tour robot communication apparatus comprises a monitoring background installed in a converter station master control building. The monitoring background transmits a control instruction to a first optical transmitter and receiver via an Ethernet. The control instruction is divided into a plurality of transmission links by a fiber switch and then is remotely transmitted to corresponding second optical transmitter and receivers through fibers. Each second optical transmitter and receiver transmits the control instruction to a monitoring device of a valve hall intelligent inspection tour robot. The monitoring device monitors a monitored station after receiving the control instruction. Each fiber is wrapped in a rubber sleeve. The rubber sleeve is wrapped in a flexible tow chain. The network cables of the Ethernet are sleeved by a metallic sleeve. The valve hall intelligent inspection tour robot communication apparatus has advantages of remote data transmission, reliable performance, and a good anti-interference capability.