FIELD OF THE INVENTION

The present invention generally relates to managing power for recharging electric vehicles. More specifically, the present invention facilitates the identification of and distribution of power for mobilized computerized recharging stations with the ideal location sufficient power supply.

BACKGROUND OF THE INVENTION

Electric vehicles are becoming more favorable with advancements in technology and the need to reduce pollution. Although more and more people are opting for electric vehicles, the transition from gas-powered cars to electric cars will take more time. With the growing popularity of electric cars, it is essential that charging stations are easily accessible, and the power is not wasted. As popular electric vehicles are expensive, electric vehicles are typically driven around a given area. However, with the growing popularity of electric cars, more areas are in need of charging station that may not have initially been stocked with charging stations. Furthermore, demand for charging station in a certain area may be influenced by events such as sporting events, concerts, and so on.

The present invention allows electric vehicles, among other electrical devices, to easily access recharging stations as the present invention requires no installation and is capable of forming a network of grids that efficiently redistribute power where it is needed. The present invention is self-contained and self-deployable such that the present invention quickly responds to high demands. The present invention is able to accommodate a variety of devices that are only capable of storing power in alternating current (AC) form and power in direct current (DC) form. The present invention balances electrical loads and the distribution of electrical energy. The present invention utilizes natural power supplies such as the Sun and maximizes power intake from the Sun by being readily movable depending on weather forecasts.

