US 2026/0189103 A1 · CLOSED-LOOP APPARATUS FOR ELECTRICAL ENERGY GENERATION

Abstract

The invention is focused on energy generation by circulating the compressed air in a closed loop system. This method of electricity generation has one of its many advantages is sustainability. It generates sustainable energy from the compressed air flow by circulating the air source within the closed-loop design. The closed loop design will draw attention to the transportation sector, which is now transitioning from fossil fuels to electric vehicles to reduce carbon emissions. This invention reuses the same air by circulating through the closed loop design and making it a zero-carbon emission system. The closed loop system can be scaled up or scaled down depending on the output current required. This system can be mounted in any transport vehicle that can use the stored current from the system's battery and will be recharged by the system itself. The system is fully programmed in way that Battery Management System (BMS) can communicate between each other to start the system automatically and generate electricity to recharge the battery anytime during the vehicle is moving or stationary. This system has serval versions, which are selected based on the required size and output power.

Claims24

Dependent claims

An apparatus for generating electrical energy comprising:

fluid circulating apparatus, suitable for circulating pressurised fluid, comprising:
a first closed-loop pipeline and a second closed-loop pipeline, wherein the first closed-loop pipeline and the second closed-loop pipeline are coupled to a common fluid propulsion means, the fluid propulsion means comprising a first fluid intake and a first fluid output, and a second fluid intake and a second fluid output;
wherein the first closed-loop pipeline is coupled to the first fluid output and the first fluid intake of the fluid propulsion means and comprises at least one turbine comprising a turbine fluid intake and a turbine fluid output, wherein the turbine fluid output is connected to the first fluid intake of the fluid propulsion means by the first closed-loop pipeline, and wherein the first fluid output of the fluid propulsion means is connected to the turbine fluid intake by the first closed-loop pipeline;
and
at least one alternator coupled to the at least one turbine such that rotation of the at least one turbine provides rotation to the alternator which in turn generates electrical energy.

2 more elements

Dependencies are inferred from the claim text.

Closed-loop apparatus for electrical energy generation

Life of this patent

Closed-loop apparatus for electrical energy generation

Life of this patent

Abstract

Claims24