Command and control system for controlling operational sequencing of multiple turbogenerators using a selected control mode

This invention relates to the general field of turbogenerator controls, and more particularly, to a command and control system and method for multiple turbogenerators in a grid parallel system. A command and control system and method for multiple turbogenerators in a grid parallel system includes a master controller to start, sequence, coordinate power commands, and provide fault handling to each of the individual turbogenerators and the specific control modes. A bidirectional power meter, that measures the load consumption (or production when a turbogenerator system is installed) in a building or application, may also be utilized. This power meter can provide a reference or setpoint to the master controller for controlling the individual turbogenerators.