Air heat energy generator

Abstract

An air heat energy generator belongs to the field of air energy power generation. The defect that thermal power generation pollutes the environment is overcome. The device is mainly characterized in that the lead-acid battery 1 is connected in series with the lead-acid battery 2. The method is used for air heat power generation.

Description

Technical Field

[0001] The invention belongs to the field of air energy power generation. Background Art

[0002] Lead battery. Air heat is electromagnetic energy. Summary of the invention

[0003] Purpose of the invention: to convert air thermal energy into electrical energy.

[0004] Invention idea:

[0005] Similar to how heat pumps release heat and absorb heat, the discharge and heat release function of lead-acid batteries is utilized to achieve lead-acid battery heat absorption and lead-acid battery air energy power generation.

[0006] Technical Solution

[0007] Figure 3 , 4 Figures 5, 6, 7, and 8 are experimental photos. They prove that air electricity can generate electricity.

[0008] Lead-acid battery 1 is connected in series with lead-acid battery 2, and the negative electrode of lead-acid battery 1 is connected in series with the positive electrode of lead-acid battery 2. 10-watt LED lamp 3 is connected in parallel with multimeter 4; the positive electrode of 10-watt LED lamp 3 is connected to the positive electrode of lead-acid battery 1, and connected to the positive electrode of multimeter 4; the negative electrode of 10-watt LED lamp 3 is connected to the negative electrode of lead-acid battery 1, and connected to the negative electrode of multimeter 4.

[0009] Figure 1 , lead-acid battery 1 is connected in parallel with lead-acid battery 2.

[0010] Lead batteries include lead-acid batteries and other lead batteries.

[0011] Lead battery air thermal generator lights up

[0014] Lead batteries have strong air power generation capabilities.

[0015] Discharge the two parallel lead batteries to 0.79 volts. Stop discharging, and the air voltage of the two parallel lead batteries immediately rises to 5.14 volts. The air voltage of the two series lead batteries rises to 11.67 volts, and then rises to 12.42 volts; the air voltage of the two series lead batteries continues to rise rapidly. Connect a 10-watt LED lamp to the two series lead batteries, and the 10-watt LED lamp lights up.

[0016] This proves: 1. Air voltage is really in front of us. 2. Lead battery air thermal generator has entered the practical stage and marketization.

[0017] The number of air-generated lead batteries is four times the number of original lead batteries.

[0018] Solution 1: Connect several lead batteries in parallel and discharge the parallel group of lead batteries to nearly 0 volts. Pause for 10 minutes to allow the air voltage of all lead batteries to rise spontaneously. The air voltage of two discharged lead batteries in series exceeds 12 volts. Therefore, two discharged lead batteries are connected in series to form a discharged lead battery series group, or several discharged lead batteries are connected in series to form a discharged lead battery series group. Use an infinite cycle timer to allow the two groups of discharged lead battery series groups to supply power to the load indefinitely in turn; each group of discharged lead batteries

[0019] The series group works in an infinite cycle of working for 5 minutes and resting for 5 minutes; it can use electricity and generate electricity from air at the same time.

[0020] Solution 2: The power of each series-connected lead battery group is twice the power of the original series-connected battery group. Therefore, after using electricity, air power generation can make the minimum power of the series-connected lead battery group greater than the power of the original series-connected battery group. For example, after two discharged lead batteries are connected in series, their air voltage can reach more than 17 volts. Use chips and adjustable transformers to keep the output power unchanged. The two series-connected lead batteries are charged once a year to catalyze the air power generation of lead batteries. Use an infinite cycle timer switch to allow the two series-connected lead batteries to supply power to the load indefinitely in turn; each series-connected lead battery group cycles infinitely, working for 5 minutes and resting for 5 minutes; both electricity and air power generation are possible.

[0021] Experiments have shown that lithium batteries, other batteries, and capacitors can also generate electricity from air.

[0022] 100W Air Heat Generator Cost Calculation

[0023] Materials: 4 12V 5Ah lead-acid batteries, 1 relay, 1 protection switch, x meters of wire, 2 connectors, 1 roll of insulating cloth (low power, higher cost).

[0024] The prices of the materials are: 12V 5Ah lead-acid battery, 28 yuan. Relay, 50 yuan. Short-circuit protection switch, 17 yuan. Wire, 36 yuan. Series connector, 3 yuan. Insulation cloth, 10 yuan.

[0025] 28*4+50+17+36+3*2+10=231

[0026] The equipment is used for 10 years and costs 23.1 yuan per year.

[0027] The annual electricity cost of 100 watts = 100*365*24*0.6 / 1000 = 525.6 yuan (low power, higher cost).

[0028] The price of 1 kWh is 0.56-0.62 yuan. It is fully charged at the beginning and recharged once every two years.

[0029] Conclusion: 1. The cost of 23.1 yuan is less than the electricity fee of 525.6 yuan. 2. The cost of air power generation is less than the cost of photovoltaic power generation.

[0030] Air thermal generators overcome the disadvantage of thermal power generation that pollutes the environment. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] Figure 1 This is a schematic diagram of a lead battery air thermal generator. Ignore Figure 1 The shape, structure and installation drawings of each traditional component.

[0032] Figure 2 This is a schematic diagram of a lead battery air thermal generator. Ignore Figure 2 The shape, structure and installation drawings of each traditional component. Figures 3 to 8 These are experimental photos. They prove that air electricity can generate electricity. DETAILED DESCRIPTION

[0033] The number of lead batteries used for air power generation is four times the number of original lead batteries. The power of each series-connected lead battery group is twice the power of the original series-connected battery group. Therefore, after using electricity, air power generation can make the minimum power of the series-connected lead battery group greater than the power of the original series-connected battery group. For example, after two discharged lead batteries are connected in series, their air voltage can reach more than 17 volts. Using chips and adjustable transformers, the output power remains unchanged.

[0034] For trucks. Each lead battery series group is composed of 4 12V120Ah batteries in series. Two groups of lead batteries in series are charged once a year to catalyze the lead battery air power generation. Use an infinite cycle timer switch to allow the two groups of lead batteries in series to supply power to the load indefinitely in turn; each group of lead batteries in series works indefinitely for 5 minutes and rests for 5 minutes; both electricity and air power generation are possible.

Claims

1. Air thermal generator, characterized by: Similar to the heat release of a heat pump leading to heat absorption, the discharge heat release function of the lead-acid battery is utilized to achieve heat absorption of the lead-acid battery and power generation of lead-acid battery air energy; Technical Solution Figures 3, 4, 5, 6, 7, and 8 are experimental photographs; they prove that air electricity can generate electricity; FIG2 , the lead battery air thermal generator is composed of a lead-acid battery 1, a lead-acid battery 2, a 10-watt LED lamp 3, and a multimeter 4; Lead-acid battery 1 is connected in series with lead-acid battery 2, and the negative pole of lead-acid battery 1 is connected in series with the positive pole of lead-acid battery 2; 10-watt LED lamp 3 is connected in parallel with multimeter 4; the positive pole of 10-watt LED lamp 3 is connected to the positive pole of lead-acid battery 1, and connected to the positive pole of multimeter 4; the negative pole of 10-watt LED lamp 3 is connected to the negative pole of lead-acid battery 1, and connected to the negative pole of multimeter 4; Figure 1, lead-acid battery 1 is connected in parallel with lead-acid battery 2; Lead batteries include lead-acid batteries and other lead batteries; The lead battery air thermal generator lights up; Lead batteries have strong air power generation capabilities; Discharge two parallel lead batteries to 0.79 volts; stop discharging, the air voltage of the two parallel lead batteries immediately rises to 5.14 volts; the air voltage of the two series lead batteries rises to 11.67 volts, and then rises to 12.42 volts; the air voltage of the two series lead batteries continues to rise rapidly; connect a 10-watt LED lamp to the two series lead batteries, and the 10-watt LED lamp lights up; this proves:

1. The air voltage is really in front of us; 2. The lead battery air thermal generator has entered the practical stage and marketization; The number of air-generated lead batteries is four times the number of original lead batteries; Solution 1: Connect several lead batteries in parallel, and discharge the parallel group of lead batteries to nearly 0 volts; rest for 10 minutes to allow the air voltage of all lead batteries to rise spontaneously; the air voltage of two discharged lead batteries in series exceeds 12 volts; therefore, two discharged lead batteries are connected in series to form a discharged lead battery series group, or several discharged lead batteries are connected in series to form a discharged lead battery series group; use an infinite cycle timer switch to allow the two discharged lead battery series groups to supply power to the load indefinitely in turn; each discharged lead battery series group works in an infinite cycle of 5 minutes and rests for 5 minutes; both electricity and air power generation are achieved; Solution 2: The power of each series-connected lead battery group is twice the power of the original series-connected battery group; therefore, after electricity is used, air power generation can make the minimum power of the series-connected lead battery group greater than the power of the original series-connected battery group; for example, after two discharged lead batteries are connected in series, their air voltage can reach more than 17 volts; use chips and adjustable transformers to keep the output power unchanged; charge the two series-connected lead batteries once a year to catalyze the air power generation of the lead batteries; use an infinite cycle timer switch to allow the two series-connected lead batteries to supply power to the load indefinitely; each series-connected lead battery group cycles infinitely, working for 5 minutes and resting for 5 minutes; use electricity and generate air power at the same time; Experiments have shown that lithium batteries and other batteries can also generate electricity from air; Conclusion:

1. The cost of 23.1 yuan is less than the electricity fee of 525.6 yuan; 2. The cost of air power generation is less than the cost of photovoltaic power generation.

Images