Mobile energy management system and methods thereof

A method for providing electrical power comprising:

• positioning a mobile battery unit at a location requiring electrical power, wherein the location comprises an electrical meter;
• connecting the mobile battery unit to the electrical meter;
• supplying electrical power from the mobile battery unit to the electrical meter;
• monitoring charge levels of the mobile battery unit;
• when charge levels fall below a predetermined threshold, dispatching a mobile generator to the location;
• connecting the mobile generator to the mobile battery unit through a charging interface unit;
• and
• charging the mobile battery unit.

A method of transferring and storing energy from a mobile generator to a mobile battery unit comprising:

• transporting a mobile battery unit to a location requiring electrical power, wherein the location comprises an electrical meter;
• connecting input cable terminals of a charging interface unit to feeder ports of a distribution panel of a mobile generator;
• connecting output cables from the charging interface unit to entry ports of the mobile battery unit;
• connecting connection plugs from the mobile battery unit to the electrical meter;
• operating the mobile generator to initiate an electrical charger containing AC to DC voltage conversion circuitry for transferring AC to DC current to battery cells;
• and
• simultaneously passing electric current from the battery cells to an AC inverter adapter to convert DC power current to AC current and then to the electrical meter,
• wherein the mobile battery unit is configured to operate independently from the mobile generator and charging interface unit to provide electrical power.

A method of sequential charging comprising:

• receiving notifications from one or more mobile battery units when charge levels are low;
• mapping a path for a mobile generator based on the notifications to provide service to the one or more mobile battery units;
• determining location and charge level data to improve efficiency of the path and service time;
• sequentially charging multiple mobile battery units at different customer locations using a single mobile generator and charging interface unit;
• disconnecting the mobile generator from each mobile battery unit after charging completion.