Power Generating Shed Assembly

A power generating shed assembly for storing and charging a plurality of batteries for cordless power tools, said assembly comprising:

• a shed having a roof, a floor and four exterior walls, said shed having a pair of lofts within an interior of said shed, said floor having a bottom surface, said bottom surface having a pair of skids each being coupled thereto, each of said skids being oriented parallel to each other thereby facilitating said shed to be transported on said skids;
• a plurality of solar panels, each of said solar panels being coupled to said roof wherein each of said solar panels is configured to be exposed to sunlight, each of said solar panels being positioned on an outside surface of said roof;
• a control unit being positioned inside said shed, said control unit being in electrical communication with each of said solar panels such that said control unit receives electrical current from said solar panels, said control unit conditioning the electrical current into direct current, said control unit being in electrical communication with a electric utility power line for releasing excess electrical current into the electric utility power line, said control unit being positioned in a respective one of said lofts, said control unit comprising:
• a lightning arrestor being positioned in said shed, said lightning arrestor being electrically coupled to each of said solar panels wherein said lighting arrestor is configured to absorb voltage from a lightning strike;
• a charge controller being electrically coupled to said lightning arrestor such that said charge controller receives the electrical current from said solar panels;
• an inverter being positioned in said shed, said inverter being electrically coupled to said charge controller wherein said inverter is configured to convert the electrical current from said solar panels into alternating current;
• a generator being positioned in said shed, said generator being electrically coupled to said inverter for receiving the alternating current from said inverter;
• a breaker panel being positioned in said shed, said breaker panel being electrically coupled to said generator for receiving the alternating current from said generator, said breaker panel having a pair of outputs, a respective one of said outputs being electrically coupled to the electric utility power line;
• and
• a female electrical outlet being positioned in said shed, said female electrical outlet being electrically coupled to a respective one of said outputs on said breaker panel wherein said female electrical outlet is configured to facilitate power for an electronic device;
• a plurality of batteries, each of said batteries being positioned inside said shed, each of said batteries being in electrical communication with said control unit thereby facilitating said solar panels to charge said batteries, each of said batteries being electrically coupled to said charge controller for receiving electrical current from said charge controller, each of said batteries being positioned in a respective one of said lofts;
• and
• a plurality of charging units, each of said charging units being positioned in said shed, each of said charging units being electrically coupled to said batteries, each of said charging units having a respective one of a plurality of rechargeable batteries coupled thereto wherein each of said charging units is configured to charge the rechargeable batteries.