Distributed standby power management switch system and method of use thereof

A distributed standby power management switch system, comprising:

• a power management switch, which is connected by means of an alternate-current power input terminal to a commercial power supply, the power management switch comprising a first power supply module, a first control unit, a first radio frequency module, and a first relay, the first power supply module being electrically connected with the first control unit, the first radio frequency module and the first relay being electrically connected with the first control unit, the first relay being electrically connected with a first electromagnetic switch or a second relay;
• at least one standby power management switch, which is connected by means of a standby power activation connector and a standby power output terminal to a standby power supply set, the at least one standby power management switch being in communication connection with the power management switch, the at least one standby power management switch comprising a second power supply module, a second control unit, a second radio frequency module, and a third relay, the second power supply module being electrically connected with the second control unit, the second radio frequency module and the third relay being electrically connected with the second control unit, the third relay being electrically connected with a second electromagnetic switch or a fourth relay;
• a loading circuit, which has one end connected to a first loading terminal of the power management switch, the loading circuit having another end connected to a second loading terminal of the at least one standby power management switch, wherein the loading circuit selectively receives a supply of electricity from one of the commercial power supply and the standby power supply set respectively fed from the power management switch and at least one standby power management switch through the first loading the first loading terminal and the second loading terminal;
• wherein the first radio frequency module and the second radio frequency module are in communication connection with each other;
• wherein the standby power supply set is selected from a group consisting of a fuel cell set, a lithium battery set, a lead acid battery set and an electrical generator;
• and
• wherein the power management switch is operable to signal the at least one standby power management switch through the communication connection to selectively indicate one of a first event and a second event, wherein in the first event, the supply of electricity is fed from the commercial power supply through the first loading terminal of the power management switch to the loading circuit, such that the at least one standby power management switch receives the signal and deactivates the supply of electricity from the standby power supply set through the second loading terminal to the loading circuit and in the second event, the supply of electricity fed from the commercial power supply through the first loading terminal being interrupted, and the at least one standby power management switch receives the signal, in response to which the at least one standby power management switch first confirms the interruption of the supply of electricity from the commercial power supply by detecting no power at the second loading terminal and activates, after the confirmation, the supply of electricity from the standby power supply set through the second loading terminal to the loading circuit.