A hyperbaric load control, wherein the hyperbaric load control is an energy storage device used to regulate the tangent velocity of a gas turbine; and wherein the gas turbine and an electric generator generates demand energy to meet the electric energy requirements of an electric load; wherein the hyperbaric load control is arranged to release previously stored energy in the form of supplemental electrical energy to compensate for an energy deficit created by an operating condition where electrical energy demanded by the electric load is greater than the demand energy provided by the gas turbine to the electric generator; wherein the hyperbaric load control is arranged to absorb and store excess energy created by an operating condition where the energy transferred to the electric generator from the gas turbine is greater than the electric energy demanded by the electric load; wherein the hyperbaric load control comprises: an electric motor, a compressor, a high pressure gas tank, a supplemental turbine, a supplemental electric generator, a control system, and a grid tie inverter that artificially generates wind power to generate electricity to provide a green energy source; wherein the electric motor, the compressor, and the high pressure gas tank stores the excess energy generated by the gas turbine and electric generator when the tangent velocity of the gas turbine rotor is greater than the targeted tangent velocity; and wherein the supplemental turbine, the supplemental electric generator, and the grid tie inverter transfer supplemental electric energy to the electric load when the tangent velocity of the gas turbine rotor is lesser than the targeted tangent velocity. wherein the hyperbaric load control is an energy storage device used to regulate the tangent velocity of a gas turbine; and wherein the gas turbine and an electric generator generates demand energy to meet the electric energy requirements of an electric load; wherein the hyperbaric load control is arranged to release previously stored energy in the form of supplemental electrical energy to compensate for an energy deficit created by an operating condition where electrical energy demanded by the electric load is greater than the demand energy provided by the gas turbine to the electric generator; wherein the hyperbaric load control is arranged to absorb and store excess energy created by an operating condition where the energy transferred to the electric generator from the gas turbine is greater than the electric energy demanded by the electric load; wherein the hyperbaric load control comprises: an electric motor, a compressor, a high pressure gas tank, a supplemental turbine, a supplemental electric generator, a control system, and a grid tie inverter that artificially generates wind power to generate electricity to provide a green energy source; wherein the electric motor, the compressor, and the high pressure gas tank stores the excess energy generated by the gas turbine and electric generator when the tangent velocity of the gas turbine rotor is greater than the targeted tangent velocity; and wherein the supplemental turbine, the supplemental electric generator, and the grid tie inverter transfer supplemental electric energy to the electric load when the tangent velocity of the gas turbine rotor is lesser than the targeted tangent velocity. an electric motor, a compressor, a high pressure gas tank, a supplemental turbine, a supplemental electric generator, a control system, and a grid tie inverter that artificially generates wind power to generate electricity to provide a green energy source; wherein the electric motor, the compressor, and the high pressure gas tank stores the excess energy generated by the gas turbine and electric generator when the tangent velocity of the gas turbine rotor is greater than the targeted tangent velocity; and wherein the supplemental turbine, the supplemental electric generator, and the grid tie inverter transfer supplemental electric energy to the electric load when the tangent velocity of the gas turbine rotor is lesser than the targeted tangent velocity.