CN101525753B - Water energy fuel supply system - Google Patents

Abstract

The invention relates to a water energy fuel supply system, which comprises a water energy electrolysis device, a radiator, a filter, a pressurizer, an oxyhydrogen storage tank and a pressure regulator. Wherein, the water energy electrolysis device electrolyzes pure water to generate hydrogen, oxygen and water vapor; the radiator is connected with the water energy electrolysis device and is used for removing heat generated by the water energy electrolysis device during electrolysis; the filter is connected with the water energy electrolysis device and is used for filtering the water vapor; the pressurizer is connected with the filter and used for pressurizing the hydrogen and the oxygen; the hydrogen-oxygen storage tank is connected with the pressurizer and is used for storing the pressurized hydrogen and the pressurized oxygen; the pressure regulator is connected with the hydrogen and oxygen storage tank and is used for regulating the output pressure of the hydrogen and the oxygen. The invention uses water energy as the source of fuel supply, has the effect of reducing the use cost of fuel and can reduce the pollution to air and environment.

Description

Water energy fuel supply system

technical field

The invention relates to a fuel supply system, especially a water energy fuel supply system. the

Background technique

In the face of today's increasingly serious global greenhouse effect, land desertification, sandstorms, air pollution, heat waves, climate polarization, lake disappearance, and global freshwater shortage caused by global warming are primarily caused by the use of gasoline, oil and other energy sources. Pollution caused by heavy industry, aviation, shipping, vehicles and other waste pollution. The use of energy is extremely damaging to the earth's environment. Although most countries are implementing energy-saving plans and pollution prevention and control, the results are not significant, nor can they keep up with the speed of pollution. the

In addition, the high oil price and electricity price all over the world have caused a serious burden on people's lives, and the shortage of oil sources and the pollution and harm caused by oil have made human beings fall into a dilemma that they hate and have to use. Nowadays, all countries are committed to developing alternative energy sources , such as solar energy or wind energy, is expected to replace petroleum as soon as possible, and the world is now hoping that new technologies such as hydrogen energy and fuel cells can replace petroleum and become the main energy source in the future. However, it will take a long time for hydrogen energy technology to fully replace the current power sources, such as automobiles and generators, and it will be a long way off if it is used in heavy industry or aircraft. the

However, petroleum and electric energy are the main sources of the greenhouse effect and energy pollution. Therefore, how to thoroughly and effectively solve the problem of energy hazards and the greenhouse effect is an urgent issue to be solved at present. the

Contents of the invention

In view of this, the main purpose of the present invention is to provide a water energy fuel supply system which can reduce the cost of fuel usage and the pollution to the air and the environment. the

To achieve the above purpose, the present invention provides a water energy fuel supply system, which is composed of a water energy electrolysis device, a radiator, a filter, a pressurizer, a hydrogen and oxygen storage tank, and a pressure regulator. Wherein, the water energy electrolysis device electrolyzes pure water to generate hydrogen, oxygen and water vapor. The water energy electrolysis device includes an electrolysis cell and an electrode plate arranged in the electrolysis cell. The electrode plate has a structure of honeycomb pores; The radiator is connected to the water energy electrolysis device, and removes the heat generated during the electrolysis of the water energy electrolysis device; the filter is connected to the water energy electrolysis device, and filters out the water vapor; the pressurizer is connected to the filter, and Pressurize the remaining hydrogen and oxygen after the water vapor is filtered; the hydrogen and oxygen storage tank is connected to the pressurizer, and stores the pressurized hydrogen and oxygen, and the hydrogen and oxygen storage tank is composed of hydrogen storage tank and oxygen storage tank The hydrogen storage tank and the oxygen storage tank respectively store the pressurized hydrogen and the oxygen; the pressure regulator connects the hydrogen and oxygen storage tank and adjusts the output pressure of the hydrogen and the oxygen; the filter device , which is connected to the hydrogen and oxygen storage tank to further filter the water vapor to purify the hydrogen and oxygen; it also includes a storage battery electrically connected to the water energy electrolysis device, a power controller connected to the storage battery and the water energy electrolysis device, and connected to the The power converter of the pressurizer, the filter device connected to the hydrogen and oxygen storage tank, the check valve connected to the filter device, the solenoid valve connected to the check valve, the damper switch connected to the pressure regulator, and a mixer connected to the damper switcher. Wherein, the storage battery provides the power required by the water energy electrolysis device; the power controller strengthens and stabilizes the output of the power, and the power controller is composed of capacitors and electronic voltage stabilizing components; the power converter outputs the high The voltage is converted into a low voltage output; the filter device filters the water vapor of the mixed gas, and purifies the hydrogen and oxygen; the check valve is used to prevent the reverse flow of the filtered hydrogen and the oxygen; the mixer fully mixes the hydrogen , the oxygen and air. the

It can be seen from the above technical solutions that the present invention uses water energy as the source of fuel supply, which has the effect of reducing fuel usage costs and can reduce air and environmental pollution. The present invention feeds back electric power to the storage battery so that the The storage battery continues to generate electricity, and the storage battery can also maintain a considerable power, so that the present invention can continue to be used as fuel supply. the

Description of drawings

Fig. 1 is the structural representation of the first embodiment of the present invention;

Fig. 2 is a schematic structural diagram of a second embodiment of the present invention. the

Explanation of reference signs

10 Water energy electrolysis device 11 Battery

12 Power Controller 20 Radiator

30 Filter 40 Pressurizer

41 Power Converter 50 Hydroxygen Storage Tank

51 Filter device 52 Check valve

53 Solenoid valve 60 Pressure regulator

61 damper switch 62 mixer

63 Engine 64 Generator

70 Energy Switcher

Detailed ways

The following examples further illustrate the present invention in detail, but do not limit the scope of the present invention in any way. the

first embodiment

Please refer to FIG. 1 , the water energy fuel supply system of the present invention is composed of a water energy electrolysis device 10 , a radiator 20 , a filter 30 , a pressurizer 40 , a hydrogen storage tank 50 and a pressure regulator 60 . the

The water energy electrolysis device 10 includes an electrolytic cell and an electrode plate (not shown) disposed in the electrolytic cell, and the electrode plate electrolyzes pure water to generate a mixed gas of hydrogen, oxygen and water gas, wherein the electrode The plate has a structure of honeycomb pores to maximize the area of the electrode plate in the limited space of the electrolyzer, and a large amount of hydrogen and oxygen can be produced during electrolysis. In addition, a water pressure balancer (not shown in the figure) may also be provided on the water energy electrolysis device 10. When the hydrogen and the oxygen are stored separately, the water pressure balancer is used to balance the hydrogen and the oxygen. pressure. the

The radiator 20 is connected to the water energy electrolysis device 10 to remove the heat generated during the electrolysis of the water energy electrolysis device 10. When the temperature of the water energy electrolysis device 10 is higher than the set temperature, the radiator 20 is activated to carry out On the contrary, when the temperature is lower than the set temperature, the radiator 20 is closed to stop the heat dissipation, wherein the radiator 20 can be composed of water-cooled heat dissipation pipelines, fans and temperature control components. the

The filter 30 is connected to the water energy electrolysis device 10 for filtering out the water vapor in the mixed gas to purify the output hydrogen and oxygen. the

The pressurizer 40 is connected to the filter 30 for pressurizing the hydrogen and the oxygen. the

The hydrogen and oxygen storage tank 50 is connected to the pressurizer 40 for storing the pressurized hydrogen and oxygen. In addition, the hydrogen and oxygen storage tank 50 can also be formed by a combination of a hydrogen storage tank and an oxygen storage tank, and the hydrogen storage tank and the oxygen storage tank are used to store the pressurized hydrogen and the oxygen respectively. the

The pressure regulator 60 is connected to the oxyhydrogen storage tank 50 for adjusting the output pressure of the hydrogen and the oxygen. the

Using the present invention, the present invention can be connected to the engine 63 (please refer to FIG. 2 ), and the output gaseous fuels such as hydrogen and oxygen are supplied to the engine 63 to make the engine 63 run and generate power. Therefore, the present invention uses water energy as the source of fuel supply, which has the effect of reducing fuel cost and can reduce air and environmental pollution. the

Second embodiment

Please refer to Fig. 2, the difference between this embodiment and the first embodiment is that this embodiment can also include a storage battery 11, a power controller 12, a power converter 41, a filter device 51, a check valve 52, a solenoid valve 53, and a damper switch device 61 and mixer 62. the

The storage battery 11 is electrically connected to the water energy electrolysis device 10 for providing the power required by the water energy electrolysis device 10 . the

The power controller 12 is connected to the battery 11 and the water energy electrolysis device 10 to strengthen and stabilize the output of the power. The power controller 12 is composed of capacitors and electronic voltage stabilizing components. the

The power converter 41 connects the pressurizer 40 and the power controller 12 to convert the power from high voltage to low voltage output. For example, the power generated by the storage battery 11 is a high voltage of 36V, which can be converted by The converter 41 converts the high voltage 36V of the storage battery 11 into a low voltage 12V for output, wherein the power converter 41 can be a voltage regulator. the

The filter device 51 is connected to the hydrogen-oxygen storage tank 50 for further filtering the water vapor in the mixed gas to purify the hydrogen and oxygen. the

The check valve 52 is connected to the filter device 51 to prevent the mixed gas from backflow and gas explosion. the

The solenoid valve 53 is connected to the check valve 52, and the solenoid valve 53 includes a valve. the

The damper switcher 61 is connected to the pressure regulator 60, and the damper switcher 61 includes a damper. the

The mixer 62 is connected to the damper switch 61 for fully mixing the mixed gas and the outside air, wherein the mixer 62 can be composed of a gas nozzle and a vortex mixing component. the

When using the present invention, the present invention can be connected to engine 63, and the gaseous fuel that fully mixes this mixed gas and outside air is supplied to this engine 63 and uses, and this engine 63 is run, and then drives generator 64 to generate electricity, and then The electric power generated by the generator 64 is fed back to the storage battery 11 so that the storage battery 11 can continuously generate electricity. The engine 63 can be a vehicle engine, a marine engine, or an aircraft engine. Therefore, the present invention uses water energy as the source of fuel supply, which has the effect of reducing fuel usage costs and can reduce air and environmental pollution. In addition, the battery 11 can also maintain a considerable amount of power, so that the present invention can continue to be used as fuel supply. the

However, the present invention is not limited to only being applied to the engine, and the present invention can also be applied to a gas stove or an electric water heater as the source of its fuel supply; in addition, the present invention can also be used with the engine 63, the generator 64 are combined to form a water energy engine generator, which can be used as a variety of power sources for households, businesses, communities, and cities. It can also replace power plants and become a new generation of power sources. the

In this embodiment, an energy switcher 70 may also be included, which is electrically connected to the storage battery 11. The energy switcher 70 can be used as an energy fuel switch, and the energy fuel may be water energy, gasoline or alcohol. When the energy switcher 70 is switched to use water energy, the solenoid valve 53, the valve of the damper switcher 61, and the damper are opened, so that the water energy fuel of the present invention can be supplied; if the energy switcher 70 is switched to gasoline or alcohol when using, the solenoid valve 53, the valve of the damper switch 61, and the damper are closed, so that the engine 63 is supplied with fuels such as gasoline or alcohol. Therefore, the present invention also has functions such as switching to other energy sources such as gasoline for use by the engine 63 except that it can be switched to water energy. the

To sum up, using the water energy fuel supply system of the present invention can achieve the effect of reducing fuel cost and reduce air and environmental pollution, so as to solve various shortcomings of the known technology. the

Claims (1)

1. A water energy fuel supply system, comprising a radiator, a filter, a pressurizer and a pressure modulator, characterized in that the water energy fuel supply system also includes: a water energy electrolysis device, a hydrogen storage tank and a filtering device ;in, Water energy electrolysis device, which electrolyzes pure water to generate hydrogen, oxygen and water vapor. The water energy electrolysis device includes an electrolysis cell and an electrode plate arranged in the electrolysis cell. The electrode plate has a structure of honeycomb pores; A radiator, which is connected to the water energy electrolysis device, and the radiator removes the heat generated when the water energy electrolysis device is electrolyzed; a filter, which is connected to the water energy electrolysis device, and which filters out the water vapor; a pressurizer, which is connected to the filter, and the pressurizer pressurizes the hydrogen and the oxygen remaining after the water vapor is filtered; A hydrogen and oxygen storage tank connected to the pressurizer, the hydrogen and oxygen storage tank stores the pressurized hydrogen and the oxygen, the hydrogen and oxygen storage tank is composed of a hydrogen storage tank and an oxygen storage tank, the hydrogen storage tank and the oxygen storage tank separately stores the hydrogen and the oxygen under pressure; a pressure regulator, which is connected to the hydrogen and oxygen storage tank, and the pressure regulator adjusts the output pressure of the hydrogen and the oxygen; A filtering device, which is connected to the hydrogen and oxygen storage tank, further filters the water vapor to purify the hydrogen and oxygen; and The water energy fuel supply system also includes: a battery electrically connected to the water energy electrolysis device, the battery provides the power required by the water energy electrolysis device; a power controller connected to the water energy electrolysis device, the power controller To strengthen and stabilize the output of power, the power controller is composed of capacitors and electronic voltage stabilizing components; connected to the power converter of the pressurizer, the power converter converts the high voltage output by the battery into a low voltage output; connected to The non-return valve of the filter device, the non-return valve prevents the reverse flow of the filtered hydrogen and the oxygen; the solenoid valve connected to the non-return valve; the damper switch connected to the pressure regulator; connected to the damper The mixer of the switch, the mixer thoroughly mixes the hydrogen, the oxygen and air.

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