JP2006050880A - Highly efficient power generating device utilizing automobile generator - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a generator capable of understanding a current condition by itself for automatic control which utilizes an automobile generator. <P>SOLUTION: A device for converting from three-phase AC to DC is removed from a general automobile generator, to be replaced with an efficient three-phase AC electronic converter, resulting in a power generating system for generating three-phase electricity at improved power generation efficiency. The device body has built-in active electronic brain (artificial intelligence), to automatically recognize ideal control programming, such as power transmission destination and power transmission output on the basis of programming information. The interaction for operation is allowed from a remote place via the Internet, avoiding from damage or disaster, such as emergency in power shortage or blackout accident from a power company, or suppressing the damages to a minimum. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

The present invention is very different from general power generation, and has the advantages of AC electricity and DC electricity. It is an invention in the technical field that allows information exchange between the place where the generator is installed and the remote place freely by using the technology to handle the disadvantages well from the electrical characteristics and the information terminal utilizing a personal computer.

The point that the present invention is greatly different from the conventional one is not only for power generation, but also for the entry of the Internet electronic money industry. This power generation was devised based on the technical field of the T era.

In the present invention, it has been almost impossible with conventional power generation technology to select how the output of each generator is transmitted to an arbitrary place. The present invention incorporates an electronic brain (artificial intelligence) incorporated in the three-phase AC three-axis phase conversion of FIG. 3-16 and the single-phase AC and DC three-axis conversion device body into FIG. 3-14 or FIG. 3-15 programming. By automatically recognizing the most ideal control programming such as power transmission destination and power transmission output by information, for example, when an urban power outage occurs, this equipment can fully function as an emergency power generator Technology.
JP 2004-187346 A
It is an invention that has excellent generator characteristics and motor characteristics, and that can be used to reduce the size of peripheral devices such as inverters, and it is very different from our power generation concept. JP 2004-112965 A
Providing a synchronous generator and power supply device for a three-phase AC bicycle that can reduce the rotational resistance of the generator as much as possible, obtain high output, and always generate electricity, so that it can store electricity while driving and supply power To do. Compared to our invention, bicycle generators and automobile generators, and the means of utilization are different from the present invention. JP2003-180048
To provide a vehicular AC generator capable of reducing manufacturing costs and fan noise by devising a structure around an output lead wire of a stator winding. Our invention It is the generator of the same car, but the conversion method of power generation and the efficiency of power generation are basically different. JP-A-2002-354736
The present invention provides a vehicular AC generator that improves cooling and electrical insulation and can reduce wind noise. Our invention It is the generator of the same car, but the conversion method of power generation and the efficiency of power generation are basically different. JP 2002-125329 A
Provided is a vehicle power generation control device capable of preventing a display lamp from being turned on regardless of a power generation state. Our invention is a generator of the same car, but the conversion method of electricity and the efficiency of generation are basically different. JP-A-11-164504
To provide an automotive alternator that maintains and improves cooling performance and significantly reduces fan noise generated by interference between cooling air and stator windings. Our invention It is the generator of the same car, but the conversion method of power generation and the efficiency of power generation are basically different. JP 08-294298 A
Reduces the vibration and noise of a vehicle synchronous generator having a Landel-type field pole. Our invention It is the generator of the same car, but the conversion method of power generation and the efficiency of power generation are basically different. JP 08-336239 A
A controller for a vehicle alternator that can limit the excitation current when the power loss is low and the output is large and the output is high (for example, when the generator is at a low temperature and the battery capacity is low). I will provide a. Our invention is the same automobile generator, but the conversion method of electricity and the efficiency of generation are basically different.

Previous generators were not equipped with special electronic artificial intelligence, and were able to start up automatically in the event of a power failure. In the present invention, the generator grasps the current situation by itself and controls the operation state of the right person in the right place automatically. In addition, operation commands can be exchanged from remote locations via the Internet. For example, in the event of an emergency such as a power outage accident or power shortage due to electricity from a power company, these disasters can be achieved by installing the power generation system of the present invention. It is a technology that can avoid or prevent damage from damage.

The present invention is expected to bring about unprecedented technological innovation by fusing the generator with the Internet and personal computers, which have been researched in recent years. For example, the damage caused by a disaster due to an urban power outage is expected to be enormous. At this time, if there is a power generation system of the present invention, it can be expected that damage will be minimized. In addition, it can be easily installed in places where there is no electricity or supply is difficult, such as mountainous areas and remote islands. This is a very effective solution to the eradication operations in places where electricity is not available in various parts of Japan. (If there is no communication line in the mountainous area, it is possible to build a network by using a mobile phone or satellite line.)

As an effect of the present invention, the excessively generated electricity can be charged into a battery, for example. In addition, surplus electricity can be transmitted to electric power companies for a fee, and electronic payments can be exchanged via the Internet or a personal computer. As an effect of this invention, great success can be expected in social contribution.

As the best mode provided by the present invention, since the equipment is small and has a high-efficiency power generation capability, it can be made into a small package in some cases. Multi-stage composite fan consisting of 17 and 20 different sizes in FIG. 4 in a simple wind, hydro or thermal power generation system for urban society. In addition, this figure is a two-stage type, but other multiple stacks are possible. By freely changing the shape and angle of the blades, it is possible to extract more power output than is judged from the size.

As a first embodiment of the present invention, it is necessary to secure an auxiliary power generation system for a specific facility, for example, a general house or a housing complex. Regular power generation or emergency power generation system such as Ecology Town (natural environmental health city with the theme of recycling-type recycling). Regular or emergency power generation systems such as communication facilities equipped with unmanned information transmission terminal devices, and emergency power generation systems.

The present invention is expected to be used as a regular power generation system in places where it is difficult to transmit power from electric power companies, or as an auxiliary power generation system in the event of a disaster such as an urban power outage.

The existing configuration diagram before the improvement of the present invention The new configuration diagram after the improvement of the power generation system using the automotive generator The configuration diagram of the power generation system using the automotive generator Three-axis AC conversion and single-phase AC conversion DC three-axis conversion device front view Combined generator and blades (multistage composite fan, this figure shows two sets)   Top view of the present invention A generator and blades are combined (multistage composite fan, this figure shows two sets)

Explanation of symbols

FIG.

1-Center shaft portion of generator 2-Electrode electrode portion of generator (E1 to E3)
3-Main part of the generator 4-Electronic equipment part that converts the three-phase AC electricity to DC electricity of the generator 5-DC electricity extraction terminal part 6-Generator mounting base part

FIG.

1-Center shaft portion of generator 2-Electrode electrode portion of generator (E1 to E3)
3-generator body part 4a-generator three-phase AC electricity to highly efficient three-phase AC conversion electronic equipment part 5-generator DC electricity extraction terminal part 6-generator mounting base part

FIG.

1-part of the center shaft of the generator 3-part 7 of the main body of the generator-terminal block 1 for inputting the three-phase AC electricity of the generator 1 to the three-axis phase conversion and single-phase AC and DC three-axis conversion device Part 8-Three-phase AC electricity of the generator 3 is converted into three-axis phase conversion and single-phase AC and DC three-axis converter is input. Part 9 of the terminal block 2-Three-phase AC electricity of the generator 3 is triaxial. Part 10 of the terminal block 3 for phase conversion and input to the single-phase AC and DC triaxial converter-terminal for three-phase AC conversion to three-phase AC conversion and DC electric extraction terminal of the single-phase AC and DC triaxial converter 1 part 11-three-phase alternating current electricity to three-axis phase conversion and single-phase alternating current and DC three-axis converter DC power extraction terminal 2 part 12-three-phase alternating current electricity to three-axis phase conversion and single-phase alternating current Part 3 of DC electricity takeout terminal 3 of DC triaxial converter device-Triaxial phase conversion of three phase AC electricity Between the single-phase AC and the AC electricity extraction terminal 1 part of the DC triaxial converter 14-the input terminal part 15 for changing the Web programming information on the Internet-between the remote locations on the Internet, NetSwt (network switch terminal) for information terminal equipment for exchanging various information such as generator output
16- Three-phase AC three-axis phase conversion and single-phase AC and DC three-axis converter main unit

FIG.

1-Generator center shaft part 3-Generator body part 17-First set of blades consisting of multiple components such as hydropower, wind power and other power generation (This time it is 4 blades, but the number of combinations is arbitrary Part 18-Shaft bar part 20 fitted with fan blades consisting of multiple sets-Second set of multiple blades such as hydropower, wind power and other power generation (this time it is 4 blades, The number of combinations can be changed arbitrarily)

FIG.

1-Generator center shaft part 3-Generator body part 17-First set of blades consisting of multiple components such as hydropower, wind power and other power generation (This time it is 4 blades, but the number of combinations is arbitrary Part 18-Shaft bar part 20 fitted with fan blades consisting of multiple sets-Second set of multiple blades such as hydropower, wind power and other power generation (this time it is 4 blades, The number of combinations can be changed arbitrarily)

Claims (6)

1 generally generates three-phase alternating current electricity, for example, three-phase alternating current electricity AC-18V or three-phase alternating current electricity AC-28V, and passes through a direct current electric converter inside the generator. This is a mechanism that can generate output of DC-12V or DC-24V, for example, but the present invention removes the device that converts the three-phase AC to DC electricity of FIG. It is a power generation system for generating three-phase electricity with higher power generation efficiency by replacing with efficient three-phase AC electronic conversion equipment. This invention is a wind power type as a power source. Hydraulic formula. Thermal formula. Geothermal type. It can be converted into electrical energy through wave-type and other various media. Furthermore, as shown in Fig. 3, one generator is composed of wind power, one is hydropower, and the other is thermal power generation. It can be used for multi-task power generation such as turbines. There are no special restrictions on the number of generators, and the number of generators can be freely selected by combining the three-phase AC three-axis phase conversion and the single-phase AC and DC three-axis converter main body shown in Fig. 3-16. Is possible. Fig. 2-4a By returning to high-efficiency three-phase AC electronic conversion equipment, it is possible to generate unprecedented high-quality three-phase AC electricity, and this voltage is reduced far away via a transformer. Power transmission, take out one set of the three-phase AC three-axis phase converter and single-phase AC (AC-100V) of Fig. 3, and three sets of DC three-axis converter (DC-12V and DC-24V) However, it is the power generation that can easily take out one or more sets of these extracted electricity. Although three generators in Fig. 3 were used, this system can freely increase or decrease the number of generators. When adding multiple units, various types of electricity can be taken out freely by adding three-phase AC three-axis phase conversion and single-phase AC and DC three-axis converters according to the number of generators shown in Fig. 3-16. Power generation that can be combined with By installing the generator shown in Fig. 3 at a different location, it is possible to easily generate different electrical output by changing the Web programming shown in Fig. 3-14 to generate power according to your needs. Is possible. The web programming system can be remotely controlled from a remote computer via the Internet. You can make electronic money payments by transferring money over the Internet from a distance. After confirming electronic payment, it is possible to transmit electricity at the right place for the right person. Furthermore, surplus electricity can be transmitted to nearby power companies for a fee. This charged power is transmitted via the Internet, with the added value of the Electronic Commercial Code that allows automatic payment. Invention of T strategy and electronic money business. In addition, by utilizing Fig. 3-15 NetSwt (network switch terminal), how individual generators operate in a remote location such as the operating status and operating status of the generator. Stop. Data such as pauses are transmitted as data logging (meaning recording management with a personal computer) information on the Internet, and it can be operated arbitrarily from the outside. Stop. Other information can be exchanged. In addition, by directly charging the output of direct current electricity to the battery etc. with the connection terminal of Fig.3- (10 11 12), it is possible to use a power source using a secondary battery. The present invention makes it possible to recycle the power generator for automobiles with the engine accessory parts of discarded cars that are no longer used. The generator of the car can take out high output that is hard to think from the size on a small scale. This generator is OK to use a new one, of course, but considering the recycling sensation demanded by the times, by using the parts of the discarded car as much as possible, the output is more effective and less expensive. A highly efficient power generation system can be made, and the present invention is a recycling power generation device that matches the modern society. Since the present invention is small and light-weight power generation, a simplified wind power or a hydropower or thermal power generation system expected by an urban society in recent years, such as a simplified turbine for simplified thermal power generation, is different from 17 and 20 in FIG. Multi-stage composite fan of different sizes. This figure is a two-stage illustration, but other multiple stacks are possible. By changing the shape and angle of the blades individually, it is possible to easily extract the power generation output beyond the size. It is also an invention that can efficiently receive the force applied to the blade by changing the elevation angle of the blade.