JP2013258884A - Power generator with interposed lead acid storage battery, charging mechanism thereof and method for using the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a power generation system of non-fuel not emitting CO2.SOLUTION: The method of generating power by utilizing power of an electric power company is a battery system for distributing and receiving a large amount of three-phase 200v power of an electric power company by a three-phase six-wire system, and referred to parallel charging. Since electricity consists of a waveform and particles, in principle, pulsation exists even in the DC power of a DC battery. Therefore, not a three-phase power but a six-phase power closer to pulsation facilitates the charging. Charging time is shortened and the battery is used for a longer time.

Description

22 to 23 storage batteries of 12v voltage of lead battery are connected in series to form DC voltages 264v to 276v.
The battery has a current amount of 90 to 100 amperes for ordinary cars, but can be used from 30 amperes.
It is assumed that 30% of the battery power is consumed, the consumed power is charged in a short time, and can be used repeatedly.

Secondary batteries for automobiles are used while being charged by an alternator or a dynamo when used in a car.
It is used every day unless it is left for a long time by using the rotational force of the engine of a car.
It is used every day unless it is left for a long time by using the rotational force of the engine of a car.
However, the technology of charging while using a battery is not generally completed.
In the case of automobiles, this is possible because there is a powerful rotating body called a gasoline engine.

  Japanese Patent No. 4397417

Tests of parallel charging of a set of 22 to 24 secondary batteries were performed infinitely, but all gave the same results.
As a result, if the DC voltage of 24 sets is 200v, if 300ns of the same number of batteries of the same type are connected in parallel, both sets will be instantaneously 250v.
This phenomenon occurs in dry batteries on a daily basis, so there is no wonder, but the voltage of all batteries is water pressure.

In the experiment conducted repeatedly, a patent (Patent No. 4397417 rotation mechanism) was used as a generator to produce a voltage of 200V three-phase AC, and the power was connected to Ichigawa of the inverter. An experiment of charging was performed by connecting the set.
As a result, the voltage recovered instantaneously, but it took about 30 seconds to charge the insufficient current.
At that time, the battery power was current, 40 amps and almost no voltage loss.
The voltage of the battery is 264v, and the three-phase 200v generated by the dc is 280v when converted to direct current, so there was a 16v potential difference.
The result was as expected in the experiment, and since then it has been repeated every day, but no use has occurred.

This charging method is to purchase 720 sets of battery 0 and convert it to 19,000 kW of direct current power, and use 30% of 13,570 kW power to charge it one after another and charge it 4 hours per hour. 000kw of electricity can be taken out.
If there is a power generation voltage of 300 kW in three phases, 300 v of 300 is generated.
If 300 sets at a time take enough time to charge for 5 minutes, 3,600 sets can be charged for 1 hour.
It can also charge all batteries every hour for 5 minutes.
The fact that it can be charged means that it can use electricity.
3,600 sets x 6 kW = 21600 kW can be used every hour.
All the electricity in the world changes to this.

Overall system diagram

A large amount of battery is required.
However, considering the number of cars running around the world and the annual production volume, the battery used most often is the car battery.
Put each set of batteries in a rack and stack them in layers.
However, there are only 22 connected batteries, and there is no connection between them.
Electricity is taken out only by having 100 breakers stand by for 6 kW base and 600 kW.

Converting 21,600 kw of electricity for one year explained in [0005] at 1 kw = 10 yen, it is 1,892,160,000 yen.
That is income and cost is 792 million yen, with 79,200 batteries and 10,000 yen per battery.
That is all.
All the funds invested in half a year can be used just for electricity after returning.

(1) Three-phase AC 200v power supply (generator or commercial power supply)
▲ 2 ▼ Generator ▲ 3 ▼ Three-phase input line to the inverter side ▲ 4 ▼ Three-phase output line from the secondary side of the inverter ▲ 5 ▼ From the inverter to DC battery ▲ 6 ▼ 22 series connected batteries ▲ 7 ▼ Enlarged view of the inverter connection

Claims (4)

This is a method to charge the battery quickly.
The battery is charged using a three-phase 200v to 210v power source.
The voltage of the battery on the side to be charged is set to 188v and DC voltage 264v for alternating current.
A potential difference of 16v to 30v occurs at the DC voltage. Three-phase AC electricity generates voltage and allowable current between the three wires.
The three wires are connected for power and generate power according to Kirchhoff's law.
Even if the electric power stronger than the single-phase alternating current is converted into direct current, the charging power is strong according to the phrase “Energy is preserved even if the energy is changed” from the law of conservation of energy.
Note that even with direct current, electricity is basically composed of waveforms and particles, so there is also vibration in direct current.
As a result, the three-phase power has more charging power. The battery will be damaged if charged at a voltage higher than necessary.
The limit is the voltage charged when the battery is purchased.
In the case of 12v, it is 13.5v.
Therefore, the voltage when connected in series is 297v.
Therefore, it is safe if the AC voltage is up to 210V.
It is our idea to set the range. We devised a parallel charging method for battery charging.
This charging is done with dry batteries between batteries, but since it becomes the same voltage at the same time, the number of people who charge is also reduced.
Instead of the battery, it provides the power generated by the generator.
As a principle of energy, something will not increase without anything decreasing.
Generators generate power at hertz.
Hertz is the number of times a magnet coil cuts the magnetic flux.
60 times per second is 60 hertz.
Therefore, even if energy is transferred to the battery, it occurs immediately.
That number is 50 times per second.
So if you are lined up in parallel, if you don't reduce one, you will not be charged.
If it is used within the limits, it can be used for a long time.

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