System and method for utility energy storage and distribution

A method for storing and distributing an amount of utility energy, said method comprising:

• (g) providing an energy distribution system for storing and distributing the amount of utility energy, said energy distribution system comprising:
• (i) an energy generation source, said energy generation source being adapted to generate a supply level of the amount of utility energy and transmit said level of the amount of utility energy to the energy distribution system;
• (ii) an energy consumer, said energy consumer having a demand level of the amount of utility energy;
• (iii) an energy storage unit, said energy storage unit being adapted to receive and store a first portion of the amount of utility energy from the energy generation source and distribute a second portion of the amount of utility energy to the energy consumer;
• (iv) an e-cloud, said e-cloud being adapted to receive a third portion of the amount of utility energy from the energy generation source and distribute a fourth portion of the amount of utility energy to the energy consumer;
• (v) a processor;
• said processor being adapted to control the distribution of the amount of utility energy to and from the energy storage unit and the e-cloud;
• (vi) a utility, said utility being adapted to communicate with the energy distribution system for storing and distributing an amount of utility energy;
• wherein the processor causes the first portion of the amount of utility energy to be stored in the energy storage unit and the third portion of the amount of utility energy to be received by the e-cloud when the supply level of the amount of utility energy exceeds the demand level of the energy consumer;
• and wherein the processor causes the second portion of the amount of utility energy and the fourth portion of the amount of utility energy to be distributed to the energy consumer when the demand level of the energy consumer exceeds the supply level of the energy generation source;
• (b) controlling the storage of the first portion and the third portion of the amount of utility energy and the distribution of the second portion and the fourth portion of the amount of utility energy.