Low-cost high-power electric pump

Abstract

A low-cost high-power electric pump belongs to the field of electric pumps. The defects that thermal power generation pollutes the environment, photovoltaic power generation is high in cost, and nuclear power is not safe are overcome. The device is mainly characterized by low-cost and high-power air electric energy power generation. The method is used for air electric energy generation.

Description

Technical Field

[0001] The present invention belongs to the field of electric pumps. Background Art

[0002] Batteries, lithium batteries. Electronic power amplifiers. Nuclear power batteries. Summary of the Invention

[0003] Object of the Invention: To generate electricity by absorbing air electrical energy and achieve the grand goal of carbon-free development of the country.

[0004] Idea of the Invention:

[0005] Generate electricity by absorbing air electrical energy.

[0006] Technical Solution

[0007] Technical solution of a low-cost high-power electric pump:

[0008] Figure 1 : The low-cost high-power electric pump consists of a 12V 16Ah lithium battery 1, a 12V 16Ah lithium battery 2, a multimeter, a lamp, and high-power wires. Figure 2 、 3 4, 5, 6 are experimental pictures. They prove the generation of electricity from air electrical energy and Zhan Chengzhen's Second Law of Thermodynamics.

[0009] The 12V 16Ah lithium battery 1 is connected in parallel with the 12V 16Ah lithium battery 2.

[0010] For the convenience of calculating the change in system electrical energy, both the lithium battery 1 and the lithium battery 2 are 12V 16Ah.

[0011] Use the lamp and high-power wires to discharge the lithium battery 2 to 9.79V. Lithium battery 1: 11.98V. Lithium battery 2: 9.79V. After the lithium battery 1 is connected in parallel with the lithium battery 2 and then the parallel connection is removed, lithium battery 2: 9.99V. Lithium battery 1: 11.97V.

[0012] 9.99V + 11.97V = 21.96V, 9.79V + 11.98V = 21.77V.

[0013] 9.99V + 11.97V = 21.96V > 9.79V + 11.98V = 21.77V.

[0014] Analysis

[0015] 1. 9.99 volts + 11.97 volts = 21.96 volts > 9.79 volts + 11.98 volts = 21.77 volts, which proves that: 1. The electrical energy of the parallel combination of lithium battery 1 and lithium battery 2 has increased. 2. 11.98 volts - 11.97 volts = 0.01 volt, which proves that when in parallel, 0.01 volt of catalytic electrical energy of lithium battery 1 has entered lithium battery 2. 3. 9.99 volts - 9.79 volts = 0.2 volts > 0.01 volt, 0.2 volts - 0.01 volt = 0.19 volt, which proves that 0.01 volt of catalytic electrical energy of lithium battery 1 has entered lithium battery 2, causing lithium battery 2 to absorb 0.19 volt of air electrical energy.

[0016] Conclusion: When lithium battery 1 is connected in parallel with lithium battery 2, it results in: 1. An increase in the energy of the parallel combination. 2. Lithium battery 2 absorbs air electrical energy and the catalytic electrical energy of lithium battery 1. Lithium battery 1 reduces its catalytic electrical energy.

[0017] Therefore, the working method of a low-cost high-power electric pump:

[0018] Lithium battery 2 works to reduce the voltage. 2. Lithium battery 2 stops working and is connected in parallel with lithium battery 1 to obtain the catalytic electrical energy of lithium battery 1 and absorb air electrical energy to increase the voltage. 3. The parallel connection is removed, and lithium battery 1 operates independently for charging to make up for the loss of its catalytic electrical energy; 1. Lithium battery 2 works to reduce the voltage... The low-cost high-power electric pump generates electricity and works in a perpetual cycle.

[0019] 0.01 volt of electrical energy of lithium battery 1 enters lithium battery 2, causing lithium battery 2 to absorb 0.19 volt of air electrical energy; lithium battery 2 increases by 0.2 volts of electrical energy. 0.2 volts / 0.01 volt of electrical energy = 20 (times). It proves that similar to an electronic power amplifier, lithium battery 2 amplifies the catalytic electrical energy of lithium battery 1 by 20 times.

[0020] Nuclear power batteries are not convenient for civilian use. Similarly, when a low-voltage lithium battery is connected in parallel with a high-voltage nuclear power battery, the low-voltage lithium battery can amplify the catalytic electrical energy of the high-voltage nuclear power battery by 20 times.

[0021] The low-cost high-power electric pump can also be composed of other batteries.

[0022] Zhan Chengzhen Encyclopedia 392, Zhan Chengzhen's statement of the second law of thermodynamics (draft 2)

[0023] July 24, 2022, Sunday ----

[0024] The second law of thermodynamics is one of the basic laws of thermodynamics. Clausius' statement is: Heat cannot spontaneously transfer from a low-temperature object to a high-temperature object. Kelvin's statement is: It is impossible to extract heat from a single heat source and completely convert it into useful work without producing other effects.

[0025] Zhan Chengzhen's Statement of the Second Law of Thermodynamics:

[0026] Zhan Chengzhen's mediating force (such as gravity, compressive force, etc.) or a specific object (such as a magnifying glass) enables energy to be transferred from one place to another. The increased energy in the other place + Zhan Chengzhen's mediating force energy > Zhan Chengzhen's mediating force energy; thus, an electric pump is produced; the Second Law of Thermodynamics is the law of energy concentration; the electric pump is the result of energy concentration.

[0027] Zhan Chengzhen, September 10, 2023, Sunday

[0028] Zhan Chengzhen's Statement of the Second Law of Thermodynamics 2: Zhan Chengzhen's catalytic energy can make heat transfer non-spontaneously from a low-temperature object to a high-temperature object; and Zhan Chengzhen's catalytic energy + transferred heat > Zhan Chengzhen's catalytic energy. Therefore, Zhan Chengzhen's electric pump is produced.

[0029] Zhan Chengzhen's Statement of the Second Law of Thermodynamics 3: Zhan Chengzhen's catalytic energy can absorb heat from a single heat source and completely convert it into useful work, resulting in the influence of Zhan Chengzhen's catalytic energy. And Zhan Chengzhen's catalytic energy + transferred heat > Zhan Chengzhen's catalytic energy. Therefore, Zhan Chengzhen's electric pump is produced.

[0030] The old Second Law of Thermodynamics does not oppose non-spontaneous machines.

[0031] The experiment of the low-cost high-power electric pump was repeated several times, and the effect of the low-cost high-power electric pump absorbing air electrical energy to generate electricity was the same. Thus, Zhan Chengzhen's Second Law of Thermodynamics was proved.

[0032] The low-cost high-power electric pump overcomes the disadvantages of environmental pollution in thermal power generation, high cost in photovoltaic power generation, and insecurity in nuclear power. Therefore, the low-cost high-power electric pump has world-advanced level. Brief Description of the Drawings

[0033] Figure 1 It is a schematic diagram of the low-cost high-power electric pump. Ignore Figure 1 the shapes, structures, and installation diagrams of each traditional component in

[0034] Figure 2 、 3 、4, 5, 6 are experimental photos. They prove the generation of electricity from air electrical energy and Zhan Chengzhen's Second Law of Thermodynamics. Detailed Description of the Preferred Embodiment

[0035] Figure 1 : The low-cost high-power electric pump consists of a 12V 16Ah lithium battery 1, a 12V 16Ah lithium battery 2, a multimeter, a lamp, and high-power wires.

[0036] The 12V 16Ah lithium battery 1 is connected in parallel with the 12V 16Ah lithium battery 2.

[0037] To facilitate the calculation of the electrical energy change in the system, both lithium battery 1 and lithium battery 2 are 12 volts and 16 ampere-hours.

[0038] Use a lamp and high-power wires to discharge lithium battery 2 to 9.79 volts. For lithium battery 1, it is 11.98 volts. For lithium battery 2, it is 9.79 volts. After connecting lithium battery 1 in parallel with lithium battery 2 and then disconnecting the parallel connection, for lithium battery 2, it is 9.99 volts. For lithium battery 1, it is 11.97 volts.

[0039] 9.99 volts + 11.97 volts = 21.96 volts, 9.79 volts + 11.98 volts = 21.77 volts.

[0040] 9.99 volts + 11.97 volts = 21.96 volts > 9.79 volts + 11.98 volts = 21.77 volts.

Claims

1. Low-cost high-power electric pump, characterized in that: Technical solution of low-cost high-power electric pump: Figure 1: The low-cost high-power electric pump consists of a 12V 16Ah lithium battery 1, a 12V 16Ah lithium battery 2, a multimeter, a lamp, and high-power wires; The 12V 16Ah lithium battery 1 is connected in parallel with the 12V 16Ah lithium battery 2; For the convenience of calculating the change in system electric energy, both the lithium battery 1 and the lithium battery 2 are 12V 16Ah; Use the lamp and high-power wires to discharge the lithium battery 2 to 9; 79V; lithium battery 1, 11; 98V; lithium battery 2, 9; 79V; after the lithium battery 1 is connected in parallel with the lithium battery 2, the parallel connection is removed; lithium battery 2, 9; 99V; lithium battery 1, 11; 97V; 9; 99V + 11; 97V = 21; 96V, 9; 79V + 11; 98V = 21; 77V; 9; 99V + 11; 97V = 21; 96V > 9; 79V + 11; 98V = 21; 77V; Analysis 1. 9; 99V + 11; 97V = 21; 96V > 9; 79V + 11; 98V = 21; 77V, which proves that 1. The electric energy of the parallel group of the lithium battery 1 and the lithium battery 2 has increased; 2. 11; 98V - 11; 97V = 0; 01V, which proves that when connected in parallel, 0; 01V of the catalytic electric energy of the lithium battery 1 enters the lithium battery 2; 3. 9; 99V - 9; 79V = 0; 2V > 0; 01V, 0; 2V - 0; 01V = 0; 19V, which proves that 0; 01V of the catalytic electric energy of the lithium battery 1 enters the lithium battery 2, resulting in the lithium battery 2 absorbing 0; 19V of air electric energy; Conclusion: Connecting the lithium battery 1 in parallel with the lithium battery 2 results in 1. An increase in the energy of the parallel group; 2. The lithium battery 2 absorbs air electric energy and the catalytic electric energy of the lithium battery 1; The lithium battery 1 reduces the catalytic electric energy; Therefore, the working method of the low-cost high-power electric pump: The lithium battery 2 works to reduce the voltage; 2. The lithium battery 2 stops working, and the lithium battery 1 is connected in parallel to obtain the catalytic electric energy of the lithium battery 1 and absorb air electric energy to increase the voltage; 3. The parallel connection is removed, and the lithium battery 1 operates independently for charging to make up for the loss of catalytic electric energy of the lithium battery 1; 1. The lithium battery 2 works to reduce the voltage... The low-cost high-power electric pump generates electricity and works forever in a cycle; 0; 01V of the electric energy of the lithium battery 1 enters the lithium battery 2, resulting in the lithium battery 2 absorbing 0; 19V of air electric energy; The lithium battery 2 increases by 0; 2V of electric energy; 0; 2V / 0; 01V of electric energy = 20 (times); It proves that similar to an electronic power amplifier, the lithium battery 2 amplifies the catalytic electric energy of the lithium battery 1 by 20 times; Nuclear power batteries are not convenient for civilian use; Similarly, when a low-voltage lithium battery is connected in parallel with a high-voltage nuclear power battery, the low-voltage lithium battery can amplify the catalytic electric energy of the high-voltage nuclear power battery by 20 times; The low-cost high-power electric pump can also be composed of other batteries, Zhan Chengzhen Encyclopedia 392, Zhan Chengzhen's statement of the second law of thermodynamics (2nd draft) July 24, 2022, Sunday ---- The second law of thermodynamics is one of the fundamental laws of thermodynamics. The Clausius statement is: Heat cannot spontaneously transfer from a low-temperature object to a high-temperature object. The Kelvin statement is: It is impossible to absorb heat from a single heat source and completely convert it into useful work without producing other effects. The Zhan Chengzhen statement of the second law of thermodynamics: Zhan Chengzhen's mediating force (such as gravity, compressive force, etc.) or a specific object (such as a magnifying glass) causes energy to transfer from one place to another. The increased energy in the other place + the energy of Zhan Chengzhen's mediating force > the energy of Zhan Chengzhen's mediating force. Therefore, an electric pump is produced. The second law of thermodynamics is the law of energy concentration. The electric pump is the result of energy concentration. Zhan Chengzhen, September 10, 2023, Sunday The second Zhan Chengzhen statement of the second law of thermodynamics: Zhan Chengzhen's catalytic energy can make heat transfer non-spontaneously from a low-temperature object to a high-temperature object. And Zhan Chengzhen's catalytic energy + the transferred heat > Zhan Chengzhen's catalytic energy. Therefore, the Zhan Chengzhen electric pump is produced. The third Zhan Chengzhen statement of the second law of thermodynamics: Zhan Chengzhen's catalytic energy can absorb heat from a single heat source and completely convert it into useful work, while producing the influence of Zhan Chengzhen's catalytic energy. And Zhan Chengzhen's catalytic energy + the transferred heat > Zhan Chengzhen's catalytic energy. Therefore, the Zhan Chengzhen electric pump is produced. The old second law of thermodynamics does not oppose non-spontaneous machines. The experiment of the low-cost high-power electric pump was repeated several times, and the effect of the low-cost high-power electric pump absorbing air electrical energy to generate electricity was the same. Thus, it proves Zhan Chengzhen's second law of thermodynamics. The low-cost high-power electric pump overcomes the disadvantages of environmental pollution in thermal power generation, the high cost of photovoltaic power generation, and the insecurity of nuclear power. Therefore, the low-cost high-power electric pump has a world-advanced level.

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