ES1290304U - Autonomous Series System Clean Electric Power Generator (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

A clean power generator system, characterized by a battery, to which a switch is connected to activate and deactivate the electric motor from which an axis comes out, and to which (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

Autonomous series system generating clean electricity

Object

This system proposes an elegant, effective and efficient solution to generate electrical energy. This is an autonomous series system that generates clean electrical energy, which does not consume any type of fuel or natural resource, but is capable of keeping itself in operation through the series connection of generators to an electric motor, which produces a great deal of energy. energy that feeds back with a part of the energy produced, through a battery, in an autonomous, clean and constant way.

technical field

This invention is related to electric power generation systems, it refers to an autonomous series system that generates clean electric power, with the advantage of being able to generate electric power autonomously and without generating waste. This is produced by mounting several generators in series that, through the central rotating axis, are connected, also in series, to an electric motor that makes them work by turning their axis. This motor works by taking advantage of part of the energy produced by this system by be in operation by connecting an output of the generator1 to a rechargeable battery, so this system works autonomously, including the type of electrical charge that is to be generated, without the need to consume any type of fuel or natural resource and without emitting any type of waste. This invention is capable of being kept in operation using part of the energy generated, being a self-sufficient system that hardly needs maintenance.

The technological sector to which it refers is related to a wide range of applications, from industrial energy, as well as private or military, as well as means of transport. In short, it is applicable to any need for electricity supply.

Background

Our current way of life is based on an energy model focused on the consumption of fossil fuels (oil, gas and coal) and the irrational use of energy. This entails the emission into the atmosphere of significant amounts of Greenhouse Gases (GHG), the main cause of climate change. Currently, the increase in energy demand and consumption and the difficulties that exist in meeting this demand with available energy sources are foreshadowing a scenario of global energy crisis.

Depending on its origin; thermal, nuclear or hydroelectric, the production of electrical energy has other important environmental impacts:

• The chemical products that are emitted, mainly in coal-fired power plants and petroleum derivatives, are transported by the wind and deposited by the rains thousands of kilometers away from their origin, causing "acid rain", which causes deterioration and the destruction of forests, lakes and other ecosystems.

• Nuclear power plants produce highly active radioactive waste (long life, high radioactive power) that pose a constant threat to the environment due to the current inability to manage it.

The current energy model, based on a massive dependence on fossil resources, is clearly unsustainable, fundamentally for environmental and social reasons. Fortunately, there is a growing consensus about the need for a transition to another decarbonized model with a greater share of demand. In this sense, nobody, not even in the fossil industry itself, questions the substance of the matter: clearly fossil fuels have an expiration date in energy models.

If we want to achieve the goals of reducing GHG emissions, and also reduce air pollution in cities to tolerable levels, the decarbonization process should start now, everything indicates that the technological evolution of alternative energies is unstoppable, and will end up taking ahead surely also to fossil fuels worldwide sooner or later.

Clean energies are positioned as an energy in full development in pursuit of the concern we currently have to preserve the environment and the crisis of exhaustible energies. Free of all contamination and residue.

Clean energies consist of energy production systems that exclude any type of pollution, mainly due to the emission of greenhouse gases, such as CO2, which cause climate change.

Clean energy is, then, an energy in full development in view of our current concern for the preservation of the environment and the crisis of exhaustible energies such as gas or oil. Its main characteristics are:

- They are ecological: None of the clean energies generate greenhouse gases or other polluting emissions into the atmosphere.

- They are unlimited: most are obtained from inexhaustible resources of nature or rapid regeneration, so they can be used permanently and unlimitedly.

- They are safe: they do not have additional risks, such as nuclear risks, and their dismantling is simple, since there is no need to guard their waste once the operation of said facility has ended.

- They are inexhaustible: unlike traditional energy sources such as coal, gas, oil or nuclear energy, whose reserves are finite, clean energies have the same availability as the sun where they originate and adapt to the natural cycles. For this reason, they are an essential element of a sustainable energy system that allows present development without putting future generations at risk.

- Favorable political horizon: The international community has understood the obligation to strengthen the transition towards a low-carbon economy for the sustainable future of the planet. The climate of international consensus in favor of the decarbonisation of the economy constitutes a very favorable framework for the promotion of clean energy technologies.

With this autonomous series system that generates clean energy, an attempt is made to do away with less ecological and functional ways of generating electrical energy. Therefore, it is intended to protect through this application the design presented, since it is capable of keeping in operation several generators, by installing them in series directly on the shaft of the electric motor, which uses part of the energy generated by the system to keep it running, through a rechargeable battery that powers the motor. Likewise, it is an autonomous system that does not generate waste or consume any type of fuel or raw material.

Brief description of the figures

Figure 1 - General view of the autonomous series system that generates clean electricity.

Detailed description of the invention

The autonomous series system that generates clean energy, in Figure 1, is made up of a rechargeable battery (6) that, connected to a switch (7), allows the current that feeds the electric motor (1) to be cut or switched off. which comes out a shaft (5) on which the generator (2), the generator (3), the generator (4), etc. are mounted in series. (all the generators supported by the electric motor can be connected) Electrical energy is obtained from these generators, which, through cables on one side, charges the battery (8) and on the other, the remaining energy can be used for what desired (9).

This clean electricity generating system is capable of generating electricity without the need to consume any type of fuel or natural resource. This system is self-sufficient, being able to function with part of the energy it produces.

App

A possible application at an industrial level would be for a power plant, as an example, and based on the theory that 1 horsepower is capable of lifting about 75 kilos of load up to 1 meter in height in 1 second. An electric motor with a power of about 35 MW, equivalent to 47,619 CV, could be used and would allow moving about 3,571 tons of weight. From this engine would come its axis on which the generators are mounted in series (as many as the engine supports), which in this case would be 3 generators with an approximate power of 2,235 MW and a weight of 2,700 tons, 900 tons for each generator , which would be capable of generating around 6,600 MW in total, part of which would be used to recharge a battery that powers the engine.

Claims (6)

1. A clean electric power generator series system, characterized in that it is made up of a battery, to which a switch is connected that serves to activate and deactivate the electric motor from which a shaft comes out, and to which it is assembled at least a generator, which produces electrical energy, and part of that energy is used to recharge the battery, which powers the electric motor, and the rest to where it is needed. 2. The clean electric power generator series system, according to claim 1. It is characterized in that when the switch is activated, the current is cut off or passes from the battery to the electric motor, and it stops, or is activated and turns the transmission which activates the generators, which produce electrical energy and from which part of the energy generated feeds the battery, making it an autonomous system of energy production and with almost unlimited operation. 3. The clean electrical energy generator series system, according to claim 1. It is characterized in that, once in operation, it is autonomous, since part of the electrical energy produced is used to recharge the battery that powers the motor, and the rest can be used for whatever you want. 4. The clean electric power generator series system, according to claim 1. It is characterized by being an adaptable system, since its assembly in series does not vary due to the change of generators, motor or battery for others of greater or lesser power. , but is maintained regardless of the size or power of its components. 5. The clean electric power generator series system, according to claim 1. It is characterized by the way in which the generators are mounted in series, joining their axis to the motor axis and forming a series connection, composed of as many generators as the motor can move. 6. The clean electric power generator series system, according to claim 1. It is characterized by not using any type of fuel or natural resource and without generating waste. Therefore, it produces clean electrical energy.