DESCRIPTION

SATELLITE POWER GENERATION METHOD USING COMPRESSED AIR GENERATED BY SIMPLE MECHANICAL PRINCIPLES

FIELD OF THE INVENTION

The present invention relates to system and method for power generation. Particularly, present invention relates to system and method for satellite power generation using compressed air generated by simple mechanical systems.

BACKGROUND OF THE INVENTION

Rural places in many of the countries are unfortunately not completely electrified and kept away from minimum comforts of lighting, water pumping etc. due to expensive transmission lines, grid cost and also transmission loses. But there are hopes like solar energy, wind energy meeting the requirements. Despite electrification of many villages throughout the globe due to insufficiency of power, very, meager power supplies are available in many places. A number of efforts have been also made to generate electricity through compressed air. Reference may be made to the following-Publication No. CN2833989 relates to a power generation/ storage and compressed air supply device, which comprises an air compressor, an air inlet filter and an air storage tank. The utility model is characterized in that the utility model also comprises a pneumatic motor which is arranged in a sealing shell body and takes gas as motive power; a rotary shaft of the pneumatic motor is connected with a rotor shaft of at least one power generator through a mechanical transmitting wheel set; the air compressor is arranged on the external side of the sealing shell body; the air outlet of the air compressor is connected with an air inlet of the pneumatic motor through a pipeline, and the air outlet of the pneumatic motor is connected with the air storage tank through a pipeline.

Patent No. 6,360,535 relates to an air compressor for supplying compressed air to a conduit *A. +u A- u *4u A r A ■?Dr£Psa^asa^cIiiWlcdesPvt.Ltd. connected to the discharge of the compressor and configured to receive compressed airvor^^/^ delivery to a compressed air supply header. A power generation system connected to the discharge conduit for converting compressed air into energy is provided. A control valve positioned between the power generation system and the discharge conduit for controlling the air supply to the power generation system may be provided. The electrical energy may be produced in a turbine generator. Patent No. 5,553,454 relates to a system and method for generating electrical energy with a generator which is operatively connected to an axially rotating drive shaft, which drive shaft is rotated by rotating a mounted fan turbine with a controlled release of air under pressure from a plurality of refillable storage tanks containing the air under pressure. However, these systems require power full motors, turbines and complicated mechanical systems. Present invention is in-line with discussed problem and provides a system and method for an alternative, dependable and abundant power generation possibilities.

SUMMARY OF THE INVENTION

Primary object of the present invention is to provide a system and method to generate the electricity by compressed air. Another object of the present invention is to provide an inexpensive and simple arrangement for power generation. Yet another object of the present invention is to provide a system and method for an alternative, dependable and abundant power generation possibilities. In the present invention, a system and method to generate the electricity by compressed air is provided comprising the storage tank for compressed air, Strontiun Zirconate (SrZr03) plate on which Alumina is mounted on either side, pipes to transfer air, LED and Vortex. The yield of compressed air depends on the amount of pressure exerted using simple mechanical principles like screw rods, rock and pinion systems, pneumatic cylinders etc. for Eesavyasa TechaoIogMs Pvt UA Accordingly the present invention provides, highly compressed air cylinders produced at nominal cost wherever required including rural areas, which can act as abundant power resource when connected to a small turbine, dynamo and a DC motor etc.

The yield of compressed air depends on the amount of pressure exerted using simple mechanical principles like screw rods, rock and pinion systems, pneumatic cylinders etc. Using this method even 1000 psi pressure is easily achieved and used as a satellite power generation set in both commercial and domestic segments. In a preferred embodiment of the present invention, a system and method to generate the electricity by compressed air is provided. The main components involved are the storage tank for compressed air, Strontium Zirconate (SrZr03) plate on which Alumina is mounted on either side, pipes to transfer air, LED and Vortex. In another embodiment of the present invention, the compressed air is passed from it to the vortex tube, where it produces hot and cold air and sub-divides the flow of air into hot and cold air through the pipes. It is over passed to the chamber which constitutes of Strontium Zirconate (SrZr03), two alumina plates doped with Graphene (1: 10000) on either side. One side is exposed by cold air and other side is exposed by hot air resulting in power generation.

In another embodiment of the present invention, the electric energy can be easily viewed with the help of LED which is placed and connected from the chamber where the actual conversion takes place. In another embodiment of the present invention, Vortex needs 7 bar pressure (thermal acoustic resistance). In another embodiment of the present invention, nano composite Graphene with Silicon is used to separate hot and cold air as middle layer. Middle layer is acting as insulator. In another embodiment of the present invention, hot and cold air generates potential difference and hence electricity is produced.

BRIEF DESCRIPTION OF THE DRAWINGS

The subject matter of the invention will be explained in more detail in the following text with reference to preferred exemplary embodiments which are illustrated in the attached drawings, of which

FIG. 1 shows a system to generate the electricity by compressed air according to the present invention.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

Referring to fig. 1, the system to generate the electricity by compressed air consists of storage tank 1 for compressed air, vortex tube 2, pipes 3, 4 to transfer air Strontium Zirconate plate (SrZr03) plate on which Alumina is mounted on either side, or LED. The compressed air is passed from storage tank to the vortex tube 2, where it sub-divides the flow of air into hot 3 and cold 4 airs. It is over passed to the chamber which constitutes of Strontium Zirconate plate (SrZr03) 5, two alumina plates 6, 7 doped with Graphene (1: 10000) ratio on either sides, i.e. one side cold air and other side hot air is exposed resulting in power generation. The temperatures are absorbed from the both hot air and cold air separately by alumina plates where the change of energy takes place. Electrons on the hot plate tends to jump to cold plate, these electrons are forced to pass through a wire to reach the other plate. This wire now contains electricity. The electric energy can be easily viewed with the help of LED 8 which is placed and connected from the chamber where the actual conversion takes place.

In the present invention, highly compressed air cylinders are produced at nominal cost wherever required including rural areas, which can act as abundant power resource when connected to a small turbine, dynamo and a DC motor etc. The yield of compressed air depends on the amount of pressure exerted using simple mechanical principles like screw rods, rack and pinion systems, pneumatic cylinders etc. Using this method even 1000 psi pressure is easily achieved and used as a satellite power generation set in both commercial and domestic segments. Nano composite graphene with Silicon is used as middle layer to separate hot and cold air. Middle layer is acting as insulator. Hot and cold air generates potential difference and hence electricity is produced. ?cr ^py^^^tU

PATENT CLAIMS

1. A system and method to generate the electricity by compressed air comprising storage tank for compressed air, a chamber consists of Strontium Zirconate plate (SrZr03), Vortex tube, pipes attached to Vortex tube on both sides to transfer air and LED.

2. The system and method to generate the electricity as claimed in claim 1 wherein the method to generate electricity comprises the steps of- passing the compressed air from storage tank to the vortex tube to produce hot and cold air, sub-dividing the flow of air into hot and cold air through the pipes attached to vortex tube, passing over the hot and cool air around the chamber of Strontium Zirconate plate (SrZr03) thus exposing one side by cold air and other side exposed by hot air generating potential difference and resulting in power generation.

3. The system and method to generate the electricity as claimed in claim 1 wherein Strontium Zirconate plate (SrZr03) is provided with two alumina plates on both sides doped with Graphene (1: 10000).

4. The system and method to generate the electricity as claimed in claim 1 wherein the electric energy is viewed through LED which is placed and connected from the chamber where the actual conversion takes place.

5. The system and method to generate the electricity as claimed in claim 1 wherein Vortex needs 7 bar pressure (thermal acoustic resistance) to produce hot and cold air.

6. The system and method to generate the electricity as claimed in claim 1 wherein nano composite Graphene with Silicon is used as middle layer to separate hot and cold air wherein the middle layer is acting as insulator.