Intelligent super-speed mute air circulation control power generator

Abstract

The invention discloses an intelligent super-speed mute air circulation control power generator which is formed by assembling various parts and comprises a permanent magnet generator, a single-phase alternating-current motor, a direct-current motor, a high-power transformer, a high-power inverter, a charger, a lithium battery and a multifunctional numerical control conversion regulator. The multifunctional numerical control conversion regulator comprises an F-type intelligent super-speed conversion regulator, a B-type multifunctional control power numerical controller and a V-type air circulation conversion controller and is used for controlling the rotating speed of the alternating current motor. According to the invention, electricity can be provided for family life, the expenditure of liquefied gas and natural gas is reduced or saved, the use is safe, the application is wide, convenience can be brought to life of people, unexpected needs of people can be met, and the market prospect is huge.

Description

Technical Field

[0001] The present invention belongs to the technical field of high - tech clean energy, and specifically relates to an intelligent ultra - fast speed silent air - circulation control power generator. Background Art

[0002] With the rapid development of the global economy and the continuous growth of the population, the demand for energy is constantly rising. As the main source of energy, traditional fossil fuels (such as coal, oil, and natural gas) not only have limited reserves, but also release a large amount of greenhouse gases and other pollutants during the combustion process, leading to increasingly serious global climate change and environmental pollution problems. Therefore, the development and utilization of clean and renewable energy have become the focus of global attention.

[0003] Electric energy, as one of the most important energy forms in modern society, is widely used in fields such as industry, transportation, communication, and daily life. However, traditional thermal power generation methods rely on the combustion of fossil fuels, which not only have limited efficiency but also cause serious environmental pollution. To address this challenge, in recent years, various clean - energy power generation technologies have developed rapidly, mainly including:

[0004] 1. Solar power generation: It directly converts solar energy into electric energy using the photovoltaic effect. Solar power generation has the advantages of being clean, renewable, and widely distributed, but it is greatly affected by weather and day - night changes, and has a low energy density.

[0005] 2. Wind power generation: It converts wind energy into electric energy through wind turbines. Wind power generation technology is mature and the cost has been decreasing year by year, but it is restricted by geographical location and wind speed changes.

[0006] 3. Hydropower generation: It uses the kinetic energy or potential energy of water flow to drive turbines to generate electricity. Hydropower generation has high efficiency and good stability, but it depends greatly on terrain and water resources.

[0007] 4. Nuclear power generation: It generates electricity by releasing energy through nuclear fission reactions. Nuclear power generation has a high energy density and low carbon emissions, but there are problems with nuclear waste disposal and nuclear safety.

[0008] 5. Biomass power generation: It uses biomass materials (such as crop straws, wood wastes, etc.) to burn or ferment to generate energy for power generation. Biomass energy is renewable, but the energy conversion efficiency is relatively low, and it may compete with other uses (such as food production).

[0009] Although the above - mentioned clean - energy power generation technologies have alleviated the energy crisis and environmental pollution problems to a certain extent, they each have limitations, such as being restricted by natural conditions, having a low energy density, and high costs. Therefore, the development of efficient, stable, and economical power generation technologies is still an important research direction in the current energy field. Summary of the Invention

[0010] The object of the present invention is to propose a new power generation technology to overcome the deficiencies of the prior art and provide an intelligent ultra-fast speed silent air circulation control power generator.

[0011] To achieve the above object, the technical solution adopted by the present invention is: an intelligent ultra-fast speed silent air circulation control power generator, which is assembled from a variety of components, including a permanent magnet generator, a single-phase AC motor, a DC motor, a high-power transformer, a high-power inverter, a charger, a lithium battery and a multi-functional numerical control conversion regulator. The permanent magnet generator is electrically connected to the high-power transformer, and an air switch is provided on the electrical connection line; the high-power transformer is electrically connected to the power plug socket, and an air switch is provided on the electrical connection line; the permanent magnet generator is electrically connected to the single-phase AC motor, the single-phase AC motor is electrically connected to the multi-functional numerical control conversion regulator, and the multi-functional numerical control conversion regulator is electrically connected to the power plug socket; the DC motor is electrically connected to the lithium battery, and an air switch is provided on the electrical connection line; the lithium battery is electrically connected to the charger, the charger is electrically connected to the high-power inverter, and the high-power inverter is electrically connected to the power plug socket; the shaft of the permanent magnet generator and the shaft of the single-phase AC motor are driven by a belt, and the shaft of the single-phase AC motor and the shaft of the high-power DC motor are driven by a belt; the power plug socket outputs power outward.

[0012] The multi-functional numerical control conversion regulator includes an F-type intelligent ultra-fast speed conversion regulator, a B-type multi-functional control power numerical controller and a V-type air circulation conversion controller, and its function is to control the speed of the AC motor.

[0013] The present invention is assembled from high-quality motor and electrical accessories selected at home and abroad, can provide household electricity, and is safe to use, silent and environmentally friendly. The generator of the present invention has a wide range of uses, can bring convenience to people's lives, meet people's occasional needs, and has a huge market prospect. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 It is a design flow chart of the intelligent ultra-fast speed silent air circulation control power generator of the present invention. DETAILED DESCRIPTION OF THE INVENTION

[0015] The technical solution of the present invention will be clearly and completely described below through embodiments. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

[0016] Embodiment:

[0017] An intelligent ultra-high-speed silent air circulation control power generator, assembled from a variety of components, including a permanent magnet generator (voltage 220V, power 10kW / h, speed 1500 revolutions per minute), a single-phase AC motor (voltage 220V, power 3kW / h, speed 1500 - 2800 revolutions per minute), a high-power DC motor (voltage 72 - 220V, speed 80 - 2800 revolutions per minute), a high-power transformer (220 - 280V, 13000W), a high-power inverter (220V, 13000W), a charger (24 - 72V), a lithium battery (72V - 220V) and a multi-functional numerical control conversion regulator. A 4.0 square copper core wire 5 is used to connect between the permanent magnet generator and the high-power transformer, and an air switch (12W - 24W - 72W - 220V) is set on the electrical connection wire; a 4.0 square copper core wire is used to connect between the high-power transformer and the power plug socket, and an air switch (12W - 24W - 72W - 220V) is set on the electrical connection wire; a 4.0 square copper core wire is used to connect between the permanent magnet generator and the single-phase AC motor, a 4.0 square copper core wire is used to connect between the single-phase AC motor and the multi-functional numerical control conversion regulator, and a 4.0 square copper core wire is used to connect between the multi-functional numerical control conversion regulator and the power plug socket; a 4.0 square copper core wire is used to connect between the DC motor and the lithium battery, and an air switch (12W - 24W - 72W - 220V) is set on the electrical connection wire; a 2.5 square copper core wire is used to connect between the lithium battery and the charger, a 2.5 square copper core wire is used to connect between the charger and the high-power inverter, and a 2.5 square copper core wire is used to connect between the high-power inverter and the power plug socket. Pulley 1 is installed on the permanent magnet generator shaft 3, the single-phase AC motor shaft and the DC motor shaft 3. Belt 2 is used for transmission between the permanent magnet generator shaft and the single-phase AC motor shaft, and belt 2 is used for transmission between the single-phase AC motor shaft and the high-power DC motor shaft;

[0018] The multi-functional numerical control conversion regulator 4 mentioned above includes an F-type intelligent ultra-high-speed conversion regulator, a B-type multi-functional control power numerical controller and a V-type air circulation conversion controller, and its function is to control the speed of the AC motor. The power plug socket outputs power outward.

[0019] Experimental example:

[0020] To verify the practical effect of the product of the present invention, product tests were specifically carried out.

[0021] 1. Select test examples:

[0022] Select 9 household electrical appliances

[0023] 2. Judgment criteria

[0024] Power consumption

[0025] Household electrical appliances, the conventional starting motor current is 12 volts to 220 volts, and the input voltage is 220V - 280V.

[0026] Actual measurement:

[0027] Air conditioner: 3500 - 5000 watts / 1, select 2 - 3 horsepower, <3 degrees of electricity per hour; Refrigerator: 860 watts / 1 <0.86 degrees of electricity per hour

[0028] Washing machine: 750 watts / 1 <0.75 degrees of electricity per hour

[0029] Water heater: 3000 watts / 1 <3 degrees of electricity per hour

[0030] Water dispenser: 700 watts / 1 <0.7 degrees of electricity per hour

[0031] Disinfection cabinet: 1000 watts / 1 <1 degree of electricity per hour

[0032] Electric cooker: 1200 - 3000 <3 degrees of electricity per hour

[0033] Lighting lamp: 150 watts / 1 for more than three bulbs, <0.15 degrees of electricity per hour; Heating stove: 1500 watts / 1 <1.5 degrees of electricity per hour

[0034] 3. Usage method

[0035] Adopt Example 1. The household electrical appliances are used regularly in a day as follows: The refrigerator is used continuously for 24 hours; The air conditioner is turned on as scheduled; The washing machine is turned on as scheduled; The water heater is turned on as scheduled; The water dispenser is turned on as scheduled; The disinfection cabinet is turned on as scheduled; The electric cooker is turned on as scheduled; The lighting lamp is turned on as scheduled; The heating stove is turned on as scheduled.

[0036] 4. Efficacy judgment criteria and efficacy results.

[0037] 4.1. Efficacy judgment

[0038] (1) Air conditioner: <3 degrees of electricity per hour;

[0039] (2) Refrigerator: <0.86 degrees of electricity per hour

[0040] (3) Washing machine: <0.75 degrees of electricity per hour

[0041] (4) Water heater: <3 degrees of electricity per hour

[0042] (5) Water dispenser: <0.7 degrees of electricity per hour

[0043] (6) Disinfection cabinet: <1 degree of electricity per hour

[0044] (7) Electric cooker: <3 degrees of electricity per hour

[0045] (8) Lighting lamp: < 0.15 kWh per hour

[0046] (9) Stove: < 1.5 kWh per hour

[0047] Line loss electricity: For the large factory line with 1.5 AH, < 0.15 kWh per hour; for the socket with 2.5 AH, < 0.25 kWh per hour; for the dedicated line with 4 AH, < 0.4 kWh per hour; for the main line with 10 AH, < 0.1 kWh per hour.

[0048] 4.2. The statistical results of the power consumption of various household appliances at startup are shown in the following table:

[0049] (1) The overall power efficiency of the air conditioner is calculated by the power consumption per hour

[0050] Gree Air Conditioner, 2 Horsepower Effective (hours) Invalid (hours) Overall Power Consumption Efficiency 1 12 12 60％

[0051] (2) The overall power efficiency of the refrigerator is calculated by the power consumption per hour

[0052] Gree Effective (hours) Invalid Overall Power Consumption Efficiency 1 24 0 20.64％

[0053] (3) The overall power efficiency of the washing machine is calculated by the power consumption per hour

[0054] Gree Effective (hours) Invalid (hours) Overall Power Consumption Efficiency 1 1 23 0.75％

[0055] (4) The overall power efficiency of the water heater is calculated by the power consumption per hour

[0056] Gree Effective (hours) Invalid (hours) Overall Power Consumption Efficiency 1 2 22 6％

[0057] (5) The overall power efficiency of the water dispenser is calculated by the power consumption per hour

[0058] Gree Effective (hours) Invalid (hours) Overall Power Consumption Efficiency 1 12 12 12％

[0059] (6) The overall power efficiency of the disinfection cabinet is calculated by the power consumption per hour

[0060] Gree Effective (hours) Invalid (hours) Overall Power Consumption Efficiency 1 1 23 1％

[0061] (7) The overall power efficiency of the electric stove is calculated by the power consumption per hour

[0062] Huohuo Effective (hours) Invalid (hours) Overall Power Consumption Efficiency 1 2 22 6％

[0063] (8) The overall power efficiency of the lighting lamp is calculated by the power consumption per hour

[0064] Huaming Effective Invalid (hours) Overall Power Consumption Efficiency 3 6 18 0.9％

[0065] (9 Stove) The overall power efficiency of the air conditioner is calculated by the power consumption per hour

[0066] Dongzhiyuan Effective (hours) Invalid (hours) Overall Power Consumption Efficiency 1 10 14 15％

[0067] Line cable power loss

[0068] (1) The overall efficiency of the large factory line is calculated based on the power loss per day for 24 hours

[0069] Pearl River Cable Effective (hours) Invalid (hours) Overall Power Consumption Efficiency 1.5AH 24 0 3.6％

[0070] (2) The overall efficiency of the socket board is calculated based on the power loss per hour

[0071] Bull Effective (hours) Invalid Overall Power Consumption Efficiency 2.5AH 24 0 6％

[0072] (3) The overall efficiency of the dedicated line is calculated based on the power loss per hour

[0073] Pearl River Cable Effective (hours) Invalid (hours) Overall Power Consumption Efficiency 4AH 24 0 9％

[0074] (4) The overall efficiency of the main line is calculated based on the power loss per hour

[0075] Pearl River Cable Effective (hours) Invalid (hours) Overall Power Consumption Efficiency 10AH 24 0 24％

[0076] Typical observation cases

[0077] Select a Gree air conditioner with 2 - 3 horsepower. When the temperature is 31°C, turn it on for 12 hours a day and connect it to the household intelligent ultra - fast speed silent air - circulation control power generator developed and invented by it. The air conditioner only needs 60 degrees of electricity, and its generator can operate normally to ensure a sufficient voltage of 7 kilowatts per hour

[0078] Select a Gree refrigerator. Turn it on for 24 hours a day and connect it to the household intelligent ultra - fast speed silent air - circulation control power generator developed and invented by it. The refrigerator only needs 20.64 degrees of electricity, and its generator can operate normally to ensure a sufficient voltage of 20.64 kilowatts per hour

[0079] Select a Huahuo electric furnace. Turn it on for 2 hours a day for cooking and stir - frying, and connect it to the household intelligent ultra - fast speed silent air - circulation control power generator developed and invented by it. When the electric furnace is turned on for 2 hours a day, it only needs 5 degrees of electricity, and its generator can operate normally to ensure a sufficient voltage of 7 kilowatts per hour

[0080] Select a Dongzhiyuan heater. Turn it on for 12 hours a day for household and office heating, and connect it to the household intelligent ultra - fast speed silent air - circulation control power generator developed and invented by it. When the heater is turned on for 12 hours a day, it only needs 6 degrees of electricity, and its generator can operate normally to ensure a sufficient voltage of 7 kilowatts per hour

Claims

1. An intelligent ultra-fast silent air circulation control power generator, characterized in that: It is assembled from a variety of parts and components, including a permanent magnet generator, a single-phase AC motor, a DC motor, a high-power transformer, a high-power inverter, a charger, a lithium battery and a multifunctional CNC conversion regulator. The permanent magnet generator is electrically connected to the high-power transformer, and an air switch is arranged on the electrical connection line; the high-power transformer is electrically connected to the power socket, and an air switch is arranged on the electrical connection line; the permanent magnet generator is electrically connected to the single-phase AC motor, the single-phase AC motor is electrically connected to the multifunctional CNC conversion regulator, and the multifunctional CNC conversion regulator is electrically connected to the power socket; the DC motor is electrically connected to the lithium battery, and an air switch is arranged on the electrical connection line; the lithium battery is electrically connected to the charger, the charger is electrically connected to the high-power inverter, and the high-power inverter is electrically connected to the power socket; a belt drive is adopted between the permanent magnet generator shaft and the single-phase AC motor shaft, and a belt drive is adopted between the single-phase AC motor shaft and the high-power DC motor shaft; the power socket outputs power to the outside.

2. The intelligent ultra-fast silent air circulation controlled power generator according to claim 1 is characterized in that: The multifunctional digital control conversion regulator comprises an F-type intelligent ultra-fast conversion regulator, a B-type multifunctional control power digital controller and a V-type air circulation conversion controller, which are used to control the rotation speed of the AC motor.

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