LINKAGE CONTROL SYSTEM AND LINKAGE CONTROL METHOD FOR BATTERY CLUSTERS

A linkage control system and a linkage control method for battery clusters are provided in the disclosure. In the system, when thermal runaway occurs to a certain battery cluster, in the condition that an inhibitor in an isolation-and-suppression device in the battery cluster is in a normal state, the control host can suppress thermal runaway of the battery cluster by the inhibitor in the isolation-and-suppression device, thereby realizing accurate suppression of a cluster-level. Meanwhile, compared with total-flooding spraying, suppression for a single cluster is beneficial to saving the inhibitor. In the condition that the inhibitor in the isolation-and-suppression device is in an abnormal state, the control host can determine, from adjacent battery clusters, a battery cluster capable of supporting an inhibitor to solve thermal runaway by the inhibitor in the isolation-and-suppression device in the battery cluster. Thus, firefighting resources among clusters can be invoked and shared.