WO2012044144A1 - Improvements to an electric generator - Google Patents

Improvements to an electric generator Download PDF

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Publication number
WO2012044144A1
WO2012044144A1 PCT/MX2010/000102 MX2010000102W WO2012044144A1 WO 2012044144 A1 WO2012044144 A1 WO 2012044144A1 MX 2010000102 W MX2010000102 W MX 2010000102W WO 2012044144 A1 WO2012044144 A1 WO 2012044144A1
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WO
WIPO (PCT)
Prior art keywords
hydraulic
rpm
following characteristics
motor
pump
Prior art date
Application number
PCT/MX2010/000102
Other languages
Spanish (es)
French (fr)
Inventor
Luis Monroy Rodriguez
Original Assignee
Luis Monroy Rodriguez
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Luis Monroy Rodriguez filed Critical Luis Monroy Rodriguez
Priority to PCT/MX2010/000102 priority Critical patent/WO2012044144A1/en
Publication of WO2012044144A1 publication Critical patent/WO2012044144A1/en

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Classifications

    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K53/00—Alleged dynamo-electric perpetua mobilia

Definitions

  • the present invention has its technical fields in electricity and mechanics more specifically in those systems or devices that from an electric motor, combustion or any system that generates rpm and torque to generate electrical energy.
  • the main objective of this invention is to provide an improved electric generator that by means of an adjusted electric motor and a corrected mechanical assembly which is provided with a series of modules that are capable of handling more efficiently the rpm and torque by means of hydraulic energy.
  • the present invention is actually an improvement of the international application PCT / MX2010 / 000012 which describes an electric generator which comprises: an electric motor, a mechanical assembly, each described as follows: an electric motor, 3 HP, three-phase operating at 220 volts, which is supplied with energy from the municipal network and preferably should work on average at 1800 rpm, and its output is connected to; a copy, located outside the mechanical assembly, this device is used to transmit the force and revolutions of the electric motor to; a hydraulic gear pump, which has the following characteristics 6 cc / rev, SAE A assembly with 2 screw left rotation, straight arrow 5/8 with wedge, suction ports 1 1/16 and a discharge port 7 / 8 UN.
  • This hydraulic gear pump has an oil suction port and an outlet port through which the hydraulic flow is sent through a hose to a servo valve described below. It is important to note that the hydraulic gear pump should preferably work on average at 1800 rpm, and a constant pressure of 1.032 PSI must be maintained therein in order to generate and maintain the required revolutions and therefore transmit its strength to; a high torque hydraulic motor, which operates an average of 180 rpm with the following characteristics: 48.67 cc / rev, SAE "A" assembly with 2 straight arrow bolts with 1 "wedge and 1 ⁇ 2 NPTF ports.
  • This hydraulic motor has added a pair of hoses that run inside the container and then leave it, until each one reaches a receiver connectors located respectively in; a servo valve, which is responsible for regulating the pressure between the hydraulic gear pump and the motor Hydraulic is very important to include this pressure regulator since without this device, the electric generator does not work.
  • the servo valve has four inlet ports two are connected to the inlets of the hydraulic motor, so that one is used for revolutions forward and the other serves to reverse the rotation of the motor, the third input port is to connect the hydraulic gear pump with the servo valve pa If the hydraulic oil regulation is carried out, the fourth port is for the return of the hydraulic oil to the filter which re-enters it into the container when it is clean.
  • Said servo valve receives the hydraulic oil, circulates it through the hydraulic motor, then returns it to the servo valve and, in turn, sends it to a filter, so that it is subsequently re-entered into a container described below.
  • the hydraulic motor in turn transmits its force to; a set of speed multiplier gears, used to obtain the 1800 rpm, necessary for the mechanical assembly to operate.
  • This gear set has at least a couple of arrows each provided with bearings at their ends which allow the gears to rotate freely.
  • This gear set serves to multiply the revolutions of the hydraulic motor to reach the 1800 rpm necessary for power generation and give strength to the 'hydraulic motor in this way operates more efficiently, it should be clarified at this point that the present invention does not need of external tanks for the storage of hydraulic fluid.
  • the mechanical assembly formed by the hydraulic gear pump, the hydraulic motor and the gear set are located inside; a container, which is made of steel sheets, which form a prismatic body in the form of "L”, which has a lid that seals it Tightly so keep it isolated.
  • This container has at its bottom a discharge tube that allows you to drain the hydraulic fluid quickly.
  • the reasons for containing the mechanical assembly within the hydraulic container are the following: first, the electric generator only needs a small amount of hydraulic oil, second, it requires a smaller amount of hoses or pipes, and third, the set of Gears are benefited as less noise is generated and at the same time these are lubricated with the same oil from the container.
  • an electric generator for power output which can generate electric power of different capacities, for this prototype a 20 kw was used with the following characteristics: construction approves drip, brushless, 20 Kw capacity, 25 KVA capacity , with a power factor 0.8 voltage to 220, a frequency of 60 Hz of regulation of voltage at full load +/- 1%, angular speed of 1800 rpm and with an efficiency of 93% and produce energy, electricá.
  • Said electric generator can supply all kinds of equipment machines or systems that require electric power and a trailer formed by stringers and crossbars of metal hearth, in rectangular arrangement that give rise to a chassis on which they are mounted screwed, the parts described above of the electric generator.
  • Figure 1 is a schematic diagram of the improved electric generator.
  • the improved electric generator comprises: a) an 8 HP electric motor, three-phase adaptable at 1, 10, 220 or 360 volts, which operates on average at 1800 rpm and is supplied with power from the municipal network, this Electric motor can optionally be replaced by an electric motor of 5 HP and 3600 rpm, because in the ratio of 3600 to 1800 rpm it generates twice as much torque so all types of motor working at 3600 rpm or more are also usable, said motor electric that provides rpm and torque to a hydraulic pump described below.
  • the arrow of the electric motor connects to
  • a first hydraulic gear pump (from this part the mechanical assembly is formed) and has the following characteristics: code 111.20.371.00 model SNP-2-NN / -6,0-LN-06-GA-P1 -E6-E5- NN-NN / -NNN-NN, 6 cc / rev, SAE A assembly with 2 screw left rotation, straight arrow 5/8 with cradle, suction ports 1 1/16 and a discharge port of 7/8 UN.
  • This hydraulic gear pump has an oil suction port and an outlet port where the hydraulic flow is sent through a hose up to; d) a servo valve that regulates the pressure between the electric motor and the first hydraulic gear pump, it is very important to include this pressure regulator since without this device, the improved electric generator does not work at the inlet. It is important to note that this hydraulic gear pump should preferably work on average at 1800 rpm and a constant pressure of 3,625 PSI must be maintained in it to be able to generate and maintain the revolutions required to transmit its force to;
  • a first module that in turn is composed of:
  • a high torque hydraulic motor which operates an average of 1800 rpm with the following characteristics: 121.20.095.00 model SN- M-2-NN - / - 6-0-BN-06-GA-M6-E5-E5-NN -NN - / - NNN-NN 6 cc / rev, SAE "A" assembly of 2 straight arrow screws with 1 "cradle and 1 ⁇ 2 NPTF ports.
  • This hydraulic motor generates 15.5 HP, this hydraulic motor has a gear coupled with the gearing of a hydraulic pump itself that counts receives the strength of the hydraulic motor;
  • the hydraulic pump has the following characteristics:
  • a high torque hydraulic motor which operates an average of 1800 rpm with the following characteristics: 121.20.043.00 model S-N-
  • the hydraulic pump has the following characteristics:
  • a third module that in turn is composed of:
  • a high torque hydraulic motor which operates an average of 1800 rpm with the following characteristics: 121.20.043.00 SN-model M-3-NN - / - 022-BN-07-GA-M6-E8-E8-NN-NN - / - NNN-NN, 22 cc / rev, SAE "A" assembly with 2 left rotation screws, arrow straight 5/8 "with 1" cradle and 7/8 "UN suction ports, 7/8 UN discharge port.
  • Said hydraulic motor generates 44 HP, and has a gear coupled to another gear located at; h)
  • container which is made of steel sheets, which form a prismatic body in the form of "L", which has a lid that seals it tightly to keep it isolated.
  • This container has a discharge tube at its bottom, which allows you to drain the hydraulic fluid quickly.
  • the reasons for containing the mechanical assembly within the hydraulic container are the following: first, the electric generator only needs a small amount of hydraulic oil, second, it requires a smaller amount of hoses or pipes, and third, the set of Gears are benefited as less noise is generated and at the same time these are lubricated with the same oil from the container; ;

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  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Rotary Pumps (AREA)

Abstract

The invention relates to an improved electric generator, which is characterized in that it is formed by an adapted electric motor, a combustion motor or any other type of system that generates torque and rpm, which drives a corrected mechanical assembly that replaces the set of gears used in the first generator. The improved mechanical assembly includes a series of independent modules, from small to large in size, which serve to multiply the torque and which are used by a generator to output electrical energy, and from said point electric devices and equipment can be supplied.

Description

"MEJORAS A GENERADOR ELECTRICO"  "IMPROVEMENTS TO ELECTRIC GENERATOR"
CAMPO TECNICO La presente invención tiene sus campos técnicos en la electricidad y mecánica más específicamente en aquellos sistemas o aparatos que a partir de un motor eléctrico, de combustión o cualquier sistema que genere rpm y torque para generar energía eléctrica. Objeto de la invención.- El objetivo principal de esta invención es el de proveer un generador eléctrico mejorado que por medio de un motor eléctrico ajustado y un conjunto mecánico corregido el cual esta dotado de una serie de módulos que son capaces de manejar mas eficientemente las rpm y torque por medio de energía hidráulica. TECHNICAL FIELD The present invention has its technical fields in electricity and mechanics more specifically in those systems or devices that from an electric motor, combustion or any system that generates rpm and torque to generate electrical energy. OBJECT OF THE INVENTION.- The main objective of this invention is to provide an improved electric generator that by means of an adjusted electric motor and a corrected mechanical assembly which is provided with a series of modules that are capable of handling more efficiently the rpm and torque by means of hydraulic energy.
ANTECEDENTES BACKGROUND
La presente invención es en realidad una mejora de la solicitud internacional PCT/MX2010/000012 la cual describe generador eléctrico el cual comprende: un motor eléctrico, un conjunto mecánico, descritos cada uno de ellos como sigue: un motor eléctrico, de 3 HP, trifásico que opera a 220 volts, el cual se abastece de energía de la red municipal y preferentemente debe trabajar en promedio a 1800 rpm, y su salida se conecta a; un copie, localizado en el exterior del conjunto mecánico, este dispositivo es utilizado para transmitir la fuerza y revoluciones del motor eléctrico a; una bomba de engranes hidráulica, la cual tiene las siguientes características 6 cc/rev, montaje SAE A de 2 tornillo rotación izquierda, flecha recta de 5/8 con cuñero, puertos de succión de 1 1/16 y un puerto de descarga de 7/8 UN. Esta bomba de engranes hidráulica cuenta con un puerto de succión de aceite y un puerto de salida por donde se envía el flujo hidráulico por medio de una manguera hasta una servo válvula descrita mas adelante. Es importante destacar que la bomba de engranes hidráulica preferentemente debe trabajar en promedio a 1800 rpm, y se debe mantener en ella, una presión constante de 1 ,032 PSI para poder generar y mantener las revoluciones requeridas y por tanto transmitirle su fuerza a; un motor hidráulico de alto torque, el cual opera promedio a 180 rpm con las siguientes características: 48.67 cc/rev, montaje SAE "A" de 2 tornillos flecha recta con cuñero de 1" y puertos de ½ NPTF. Dicho motor hidráulico, tiene adicionadas un par de mangueras que recorren el interior del contenedor para luego salir de él, hasta llegar cada una a unos conectores receptores ubicados respectivamente en; una servo válvula, que se encarga de regular la presión existente entre la bomba de engranes hidráulica y el motor hidráulico es muy importante incluir este regulador de presión ya que sin este dispositivo, el generador eléctrico no funciona. La servo válvula tiene cuatro puertos de entrada dos se conectan con los puertos de entrada del motor hidráulico, de modo que una es utilizada para dar revoluciones hacia adelante y la otra sirve para invertir la rotación del motor, el tercer puerto de entrada es para conectar la bomba de engranes hidráulica con la servo válvula para llevar acabo la regulación del aceite hidráulico, el cuarto puerto es para la devolución del aceite hidráulico al filtro el cual lo reingresa al interior del contenedor cuando esta limpio. Dicha servo válvula recibe el aceite hidráulico, lo hace circular por el motor hidráulico, luego lo retorna a la servo válvula y esta a su vez lo envía hasta un filtro, para que posteriormente sea reingresado a un contenedor descrito mas adelante. El motor hidráulico, a su vez transmite su fuerza a; un juego de engranes multiplicadores de velocidad, utilizados para obtener las 1800 rpm, necesarias para que el conjunto mecánico opere. Este juego de engranes cuenta con al menos un par de flechas dotadas cada una de ellas de chumaceras en sus extremos los cuales les permiten a los engranes girar libremente. Este juego de engranes sirve para multiplicar las revoluciones del motor hidráulico para llegar a las 1800 rpm necesarias para la generación de energía y darle fuerza al ' motor hidráulico de esta manera opera más eficientemente, cabe en este punto aclarar que la presente invención, no necesita de tanques externos para el almacenamiento del liquido hidráulico. El conjunto mecánico formado por la bomba de engranes hidráulica el motor hidráulico y el juego de engranes están ubicados en el interior de; un contenedor, el cual esta hecho de laminas de acero, que forman un cuerpo prismático en forma de "L", el cual cuenta con una tapa que lo sella herméticamente para así, mantenerlo aislado. Este contenedor cuenta en su fondo con un tubo de descarga que le permite vaciar el líquido hidráulico rápidamente. Los motivo de contener al conjunto mecánico dentro del contendor hidráulico son los siguientes: primero, el generador eléctrico solo se necesita de una reducida cantidad de aceite hidráulico, segundo, se requiere de una menor cantidad de mangueras o tuberías, y tercero, el juego de engranes se ve beneficiado ya que se genera menos ruido y al mismo tiempo estos son lubricados con el mismo aceite del contenedor. Es vital que el conjunto mecánico sea capaz de generar las 1800 rpm promedio ya que son necesarias para mover; un generador eléctrico para la salida de energía, el cual puede generar energía eléctrica de distintas capacidades, para este prototipo se utilizó uno de 20 kw con las siguientes características: construcción aprueba de goteo, sin escobillas, 20 Kw de capacidad, 25 KVA de capacidad, con un factor de potencia 0.8 voltaje a 220, una frecuencia de 60 Hz de regulación de voltaje a plena carga +/- 1 %, velocidad angular de 1800 rpm y con una eficiencia del 93% y producir energía , eléctricá. De dicho generador eléctrico, puede abastecer todo tipo de equipos máquinas o sistemas que requieran energía eléctrica y un remolque formado por largueros y travesaños de solera metálica, en arreglo rectangular que dan lugar a un chasis sobre el cual se montan atornilladas, las partes antes descritas del generador eléctrico. The present invention is actually an improvement of the international application PCT / MX2010 / 000012 which describes an electric generator which comprises: an electric motor, a mechanical assembly, each described as follows: an electric motor, 3 HP, three-phase operating at 220 volts, which is supplied with energy from the municipal network and preferably should work on average at 1800 rpm, and its output is connected to; a copy, located outside the mechanical assembly, this device is used to transmit the force and revolutions of the electric motor to; a hydraulic gear pump, which has the following characteristics 6 cc / rev, SAE A assembly with 2 screw left rotation, straight arrow 5/8 with wedge, suction ports 1 1/16 and a discharge port 7 / 8 UN. This hydraulic gear pump has an oil suction port and an outlet port through which the hydraulic flow is sent through a hose to a servo valve described below. It is important to note that the hydraulic gear pump should preferably work on average at 1800 rpm, and a constant pressure of 1.032 PSI must be maintained therein in order to generate and maintain the required revolutions and therefore transmit its strength to; a high torque hydraulic motor, which operates an average of 180 rpm with the following characteristics: 48.67 cc / rev, SAE "A" assembly with 2 straight arrow bolts with 1 "wedge and ½ NPTF ports. This hydraulic motor has added a pair of hoses that run inside the container and then leave it, until each one reaches a receiver connectors located respectively in; a servo valve, which is responsible for regulating the pressure between the hydraulic gear pump and the motor Hydraulic is very important to include this pressure regulator since without this device, the electric generator does not work.The servo valve has four inlet ports two are connected to the inlets of the hydraulic motor, so that one is used for revolutions forward and the other serves to reverse the rotation of the motor, the third input port is to connect the hydraulic gear pump with the servo valve pa If the hydraulic oil regulation is carried out, the fourth port is for the return of the hydraulic oil to the filter which re-enters it into the container when it is clean. Said servo valve receives the hydraulic oil, circulates it through the hydraulic motor, then returns it to the servo valve and, in turn, sends it to a filter, so that it is subsequently re-entered into a container described below. The hydraulic motor, in turn transmits its force to; a set of speed multiplier gears, used to obtain the 1800 rpm, necessary for the mechanical assembly to operate. This gear set has at least a couple of arrows each provided with bearings at their ends which allow the gears to rotate freely. This gear set serves to multiply the revolutions of the hydraulic motor to reach the 1800 rpm necessary for power generation and give strength to the 'hydraulic motor in this way operates more efficiently, it should be clarified at this point that the present invention does not need of external tanks for the storage of hydraulic fluid. The mechanical assembly formed by the hydraulic gear pump, the hydraulic motor and the gear set are located inside; a container, which is made of steel sheets, which form a prismatic body in the form of "L", which has a lid that seals it Tightly so keep it isolated. This container has at its bottom a discharge tube that allows you to drain the hydraulic fluid quickly. The reasons for containing the mechanical assembly within the hydraulic container are the following: first, the electric generator only needs a small amount of hydraulic oil, second, it requires a smaller amount of hoses or pipes, and third, the set of Gears are benefited as less noise is generated and at the same time these are lubricated with the same oil from the container. It is vital that the mechanical assembly be able to generate the average 1800 rpm since they are necessary to move; an electric generator for power output, which can generate electric power of different capacities, for this prototype a 20 kw was used with the following characteristics: construction approves drip, brushless, 20 Kw capacity, 25 KVA capacity , with a power factor 0.8 voltage to 220, a frequency of 60 Hz of regulation of voltage at full load +/- 1%, angular speed of 1800 rpm and with an efficiency of 93% and produce energy, electricá. Said electric generator, can supply all kinds of equipment machines or systems that require electric power and a trailer formed by stringers and crossbars of metal hearth, in rectangular arrangement that give rise to a chassis on which they are mounted screwed, the parts described above of the electric generator.
El problema que presenta este generador eléctrico radica en que su juego de engranes, aumentan las rpm mientras reducen el torque generado por el motor hidráulico, por ejemplo un motor hidráulico que opera a 45 Nm sometido a este juego de engranes perdería aproximadamente el 90% de su torque, lo que ocasiona que no haya suficientemente fuerza para mover al generador eléctrico de salida. Por otra parte la relación de transmisión: mayor torque - menor rpm explica que el primer generador aumentaba las rpm por medio del juego de engranes, pero no aumentaba |a füerza, lo que provocaba una perdida en el torque del motor hidráulico, provocando que no diera el torque necesario para llegar a las rpm y por tanto generar energía. DESCRIPCION DETALLADA DE LA INVENCION The problem presented by this electric generator is that its gear set increases the rpm while reducing the torque generated by the hydraulic motor, for example a hydraulic motor that operates at 45 Nm subjected to this gear set would lose approximately 90% of its torque, which causes that there is not enough force to move the electric generator out. On the other hand the transmission ratio: higher torque - lower rpm explains that the first generator increased the rpm through the gear set, but did not increase | force, which caused a loss in the torque of the hydraulic motor, causing no give the necessary torque to reach the rpm and therefore generate energy. DETAILED DESCRIPTION OF THE INVENTION
Los detalles característicos de estas ¡mejoras a generador eléctrico se muestran claramente en la siguiente descripción y en los dibujos que se acompañan los cuales se manejan a manera de ejemplo y no deben considerase como limitativos. The characteristic details of these improvements to the electric generator are clearly shown in the following description and in the accompanying drawings which are handled by way of example and should not be considered as limiting.
Descripción de la figura: La figura 1 , es un diagrama esquemático del generador eléctrico mejorado. Con referencia a dicha figura el generador eléctrico mejorado comprende: a) un motor eléctrico de 8 HP, trifásico adaptable a 1 10, 220 o 360 volts, el cual opera en promedio a 1800 rpm y se abastece de energía de la red municipal, este motor eléctrico opcionalmente puede ser sustituido por un motor eléctrico de 5 HP y 3600 rpm, porque en la relación de 3600 a 1800 rpm genera el doble de torque por tanto es también utilizable todo tipo de motor que trabaje a 3600 rpm o mas, dicho motor eléctrico que provee de rpm y torque a una bomba hidráulica descrita mas adelante.Description of the figure: Figure 1 is a schematic diagram of the improved electric generator. With reference to said figure the improved electric generator comprises: a) an 8 HP electric motor, three-phase adaptable at 1, 10, 220 or 360 volts, which operates on average at 1800 rpm and is supplied with power from the municipal network, this Electric motor can optionally be replaced by an electric motor of 5 HP and 3600 rpm, because in the ratio of 3600 to 1800 rpm it generates twice as much torque so all types of motor working at 3600 rpm or more are also usable, said motor electric that provides rpm and torque to a hydraulic pump described below.
La flecha del motor eléctrico se conecta a; The arrow of the electric motor connects to;
b) un copie que esta localizado en el exterior del conjunto mecánico, este dispositivo es utilizado para transmitir la fuerza y revoluciones del motor eléctrico a;  b) a copy that is located outside the mechanical assembly, this device is used to transmit the force and revolutions of the electric motor a;
c) una primera bomba de engranes hidráulica, (a partir de esta parte se conforma el conjunto mecánico) y tiene las siguientes características: código 111.20.371.00 modelo S-N-P-2-N-N/-6,0-L-N-06-GA-P1-E6-E5- NN-N-N/-NNN-N-N, 6 cc/rev, montaje SAE A de 2 tornillo rotación izquierda, flecha recta de 5/8 con cunero, puertos de succión de 1 1/16 y un puerto de descarga de 7/8 UN. Esta bomba de engranes hidráulica cuenta con un puerto de succión de aceite y un puerto de salida por donde se envía el flujo hidráulico por medio de una manguera hasta; d) una servo válvula que se encarga de regular la presión existente entre el motor eléctrico y la primera bomba de engranes hidráulica, es muy importante incluir este regulador de presión ya que sin este dispositivo, el generador eléctrico mejorado no funciona en la entrada. Es importante destacar que esta bomba de engranes hidráulica preferentemente debe trabajar en promedio a 1800 rpm y se debe mantener en ella, una presión constante de 3,625 PSI para poder generar y mantener las revoluciones requeridas para transmitirle su fuerza a; c) a first hydraulic gear pump, (from this part the mechanical assembly is formed) and has the following characteristics: code 111.20.371.00 model SNP-2-NN / -6,0-LN-06-GA-P1 -E6-E5- NN-NN / -NNN-NN, 6 cc / rev, SAE A assembly with 2 screw left rotation, straight arrow 5/8 with cradle, suction ports 1 1/16 and a discharge port of 7/8 UN. This hydraulic gear pump has an oil suction port and an outlet port where the hydraulic flow is sent through a hose up to; d) a servo valve that regulates the pressure between the electric motor and the first hydraulic gear pump, it is very important to include this pressure regulator since without this device, the improved electric generator does not work at the inlet. It is important to note that this hydraulic gear pump should preferably work on average at 1800 rpm and a constant pressure of 3,625 PSI must be maintained in it to be able to generate and maintain the revolutions required to transmit its force to;
e) un primer modulo que a su vez esta compuesto por: e) a first module that in turn is composed of:
a. un motor hidráulico de alto torque, el cual opera promedio a 1800 rpm con las siguientes características: 121.20.095.00 modelo S-N- M-2-N-N-/-6-0-B-N-06-GA-M6-E5-E5-NN-N-N-/-NNN-N-N 6 cc/rev, montaje SAE "A" de 2 tornillos flecha recta con cunero de 1" y puertos de ½ NPTF. Dicho motor hidráulico genera 15.5 HP, este motor hidráulico tiene un engrane acoplado con el engrane de una bomba hidráulica misma que cuenta recibe la fuerza del motor hidráulico;  to. a high torque hydraulic motor, which operates an average of 1800 rpm with the following characteristics: 121.20.095.00 model SN- M-2-NN - / - 6-0-BN-06-GA-M6-E5-E5-NN -NN - / - NNN-NN 6 cc / rev, SAE "A" assembly of 2 straight arrow screws with 1 "cradle and ½ NPTF ports. This hydraulic motor generates 15.5 HP, this hydraulic motor has a gear coupled with the gearing of a hydraulic pump itself that counts receives the strength of the hydraulic motor;
b. la bomba hidráulica tiene las siguientes características:  b. The hydraulic pump has the following characteristics:
111.20.210.0 modelo S-N-P-2-N-N-/-014-R-N-06-GA-P1-E6-E5- NN-N-N-/-NNN-N-N cc/rev, montaje sae "A" de 2 tornillos, rotación derecha, flecha recta de 5/8 con cuñero, puerto de succión de 1.1/16 un, puerto de descarga de 7/8 UN, según especificación de la empresa Sauer Danfoss y que por medio de un par de engranes o cadenas, con las siguientes característica, Es importante destacar que la bomba de engranes hidráulica además esta bomba preferentemente debe de trabajar a 1800 rpm y se debe mantener en ella una presión de 3,625 psi para poder generar y mantener las revoluciones requeridas y c. una segunda servo válvula (de alivio) modelo CP200-2-B-8S-K-D- XXX con las siguientes características 1 1 GPM, Puertos 8 SAE, rango de presión de 1000 a 5000 PSI según Sauer Danfoss, dicha servo válvula se encarga de regular la presión existente entre el motor hidráulico y la segunda bomba de engranes hidráulica, es ¡muy importante incluir este regulador de presión ya que sin este dispositivo, el primer modulo no opera. 111.20.210.0 model SNP-2-NN - / - 014-RN-06-GA-P1-E6-E5- NN-NN - / - NNN-NN cc / rev, 2-bolt sae "A" assembly, right rotation , straight arrow of 5/8 with wedge, suction port of 1.1 / 16 un, discharge port of 7/8 UN, according to Sauer Danfoss company specification and that by means of a pair of gears or chains, with the following characteristic, It is important to note that the hydraulic gear pump also this pump should preferably work at 1800 rpm and a pressure of 3,625 psi must be maintained in it to be able to generate and maintain the required revolutions and c. a second servo valve (relief) model CP200-2-B-8S-KD-XXX with the following characteristics 1 1 GPM, Ports 8 SAE, pressure range from 1000 to 5000 PSI according to Sauer Danfoss, said servo valve is responsible for regulate the pressure between the hydraulic motor and the second gear pump hydraulics, it is very important to include this pressure regulator because without this device, the first module does not operate.
f) un segundo modulo que a su vez esta compuesto por: f) a second module that in turn is composed of:
a. un motor hidráulico de alto torque, el cual opera promedio a 1800 rpm con las siguientes características: 121.20.043.00 modelo S-N- to. a high torque hydraulic motor, which operates an average of 1800 rpm with the following characteristics: 121.20.043.00 model S-N-
M-2-N-Nr/ i 1jBMr0erGA-M6-E5-E5 NN-N-N-/-NNN-N-N, de 11 cc/rev, montaje SAE "A" de 2 tornillos rotación izquierda, flecha recta 5/8" con cunero de 1" y puertos de succión de 7/8" UN, puerto de descraga de 7/8 UN. Dicho motor hidráulico genera 22HP, este motor hidráulico tiene un engrane acoplado con el engrane de una bomba hidráulica misma que cuenta recibe la fuerza del motor hidráulico; M-2-N-Nr / i 1jBMr0erGA-M6-E5-E5 NN-NN - / - NNN-NN, 11 cc / rev, SAE "A" assembly with 2 left rotation screws, straight arrow 5/8 "with 1 "cradle and 7/8" UN suction ports, 7/8 UN release port. Said hydraulic motor generates 22HP, this hydraulic motor has a gear coupled with the gear of a hydraulic pump itself that counts receives the force of the hydraulic motor;
b. la bomba hidráulica tiene las siguientes características:  b. The hydraulic pump has the following characteristics:
111.25.129.0C modelp S-N-P-3-N-N-/-026-R-N-07-GA-P1-E8-E6- NN-N-N-/-NNN-N-N 26 cc/rev, montaje sae "B" de 2 tornillos, rotación derecha, flecha recta de 7/8" con cunero, puerto de succión de 1 5/16" un puerto de descarga de 1 1/16" UN, según especificación de la empresa Sauer Danfoss y que por medio de un par de engranes o cadenas, con las siguientes característica, Es importante destacar que la bomba de engranes hidráulica además esta bomba preferentemente debe de trabajar a 1800 rpm y se debe mantener en ella una presión de 3,000 PSI para poder generar y mantener las revoluciones requeridas y c. una segunda servo válvula (de alivio) modelo CP200-1-B-8S-K-C- XXX con las siguientes características 20 GPM, puertos 8 SAE rango de presión de 600 a 3600 PSI según Sauer Danfoss este dispositivo se encarga de regular la presión existente entre el motor hidráulico y la segunda bomba de engranes hidráulica, es muy importante incluir este regulador de presión ya que sin este dispositivo, el segundo modulo no opera.  111.25.129.0C modelp SNP-3-NN - / - 026-RN-07-GA-P1-E8-E6- NN-NN - / - NNN-NN 26 cc / rev, 2 bolt sae "B" mount, right rotation, straight arrow 7/8 "with cradle, suction port of 1 5/16" a discharge port of 1 1/16 "UN, according to Sauer Danfoss company specification and that by means of a pair of gears or chains, with the following characteristics, It is important to note that the hydraulic gear pump also this pump should preferably work at 1800 rpm and a pressure of 3,000 PSI must be maintained in it in order to generate and maintain the required revolutions and c. second servo valve (relief) model CP200-1-B-8S-KC-XXX with the following characteristics 20 GPM, ports 8 SAE pressure range from 600 to 3600 PSI according to Sauer Danfoss this device is responsible for regulating the pressure between the hydraulic motor and the second hydraulic gear pump, it is very important to include this pressure regulator since without this dis positive, the second module does not operate.
g) un tercer modulo que a su vez esta compuesto por: g) a third module that in turn is composed of:
a. un motor hidráulico de alto torque, el cual opera promedio a 1800 rpm con las siguientes características: 121.20.043.00 modelo S-N- M-3-N-N-/-022-B-N-07-GA-M6-E8-E8-NN-N-N-/-NNN-N-N, de 22 cc/rev, montaje SAE "A" de 2 tornillos rotación izquierda, flecha recta 5/8" con cunero de 1" y puertos de succión de 7/8" UN, puerto de descarga de 7/8 UN. Dicho motor hidráulico genera 44 HP, y tiene un engrane acoplado a otro engrane ubicando en; h) el generador eléctrico de salida para recibir las rpm y el caballaje para suficientes para impulsar al generador eléctrico y mantener la salida de energía, el cual puede generar energía eléctrica de distintas capacidades, para este prototipo se utilizó uno de 20 kw con las siguientes características: construcción aprueba de goteo, sin escobillas, 20 Kw de capacidad, 25 KVA de capacidad, con un factor de potencia 0.8 voltaje a 220, una frecuencia de 60 Hz de regulación de voltaje a plena carga +/- 1 %, velocidad angular de 1800 rpm y con una eficiencia del 93% y producir energía eléctrica. De dicho generador eléctrico de salida, puede abastecer todo tipo de equipos máquinas o sistemas que requieran energía eléctrica y de igual manera que el primer generador eléctrico, el mejorado cuenta también con su respectivo; to. a high torque hydraulic motor, which operates an average of 1800 rpm with the following characteristics: 121.20.043.00 SN-model M-3-NN - / - 022-BN-07-GA-M6-E8-E8-NN-NN - / - NNN-NN, 22 cc / rev, SAE "A" assembly with 2 left rotation screws, arrow straight 5/8 "with 1" cradle and 7/8 "UN suction ports, 7/8 UN discharge port. Said hydraulic motor generates 44 HP, and has a gear coupled to another gear located at; h) The electric generator to receive the rpm and horsepower to boost the electric generator and maintain the power output, which can generate electric power of different capacities, for this prototype a 20 kW was used with the following characteristics: construction approves drip, brushless, 20 Kw capacity, 25 KVA capacity, with a power factor 0.8 voltage to 220, a frequency of 60 Hz full voltage regulation +/- 1%, angular speed 1800 rpm and with an efficiency of 93% and produce electrical energy.From said output electric generator, it can supply all kinds of equipment nas or systems that require electric power and in the same way as the first electric generator, the improved one also has its respective;
i) contenedor el cual esta hecho de laminas de acero, que forman un cuerpo prismático en forma de "L", el cual cuenta con una tapa que lo sella herméticamente para así, mantenerlo aislado. Este contenedor cuenta en su fondo con un tubo de descarga, que le permite vaciar el líquido hidráulico rápidamente. Los motivo de contener al conjunto mecánico dentro del contendor hidráulico son los siguientes: primero, el generador eléctrico solo se necesita de una reducida cantidad de aceite hidráulico, segundo, se requiere de una menor cantidad de mangueras o tuberías, y tercero, el juego de engranes se ve beneficiado ya que se genera menos ruido y al mismo tiempo estos son lubricados con el mismo aceite del contenedor; ; i) container which is made of steel sheets, which form a prismatic body in the form of "L", which has a lid that seals it tightly to keep it isolated. This container has a discharge tube at its bottom, which allows you to drain the hydraulic fluid quickly. The reasons for containing the mechanical assembly within the hydraulic container are the following: first, the electric generator only needs a small amount of hydraulic oil, second, it requires a smaller amount of hoses or pipes, and third, the set of Gears are benefited as less noise is generated and at the same time these are lubricated with the same oil from the container; ;
j) remolque formado por largueros y travesaños de solera metálica, en arreglo rectangular que dan lugar a un chasis sobre el cual se montan atornilladas, las partes antes descritas del generador eléctrico. Dicho remolque esta adicionado de ruedas. Cabe agregar por ultimo que el motor eléctrico (1), puede ser sustituido por todo tipo de sistema que provea torque y rotación ejemplo turbinas eólicas, motores a combustión, sistemas hidráulicos, etc. j) trailer formed by stringers and crossbars of metal hearth, in a rectangular arrangement that give rise to a chassis on which the previously described parts of the electric generator are mounted screwed. Said trailer is added with wheels. Finally, it should be added that the electric motor (1) can be replaced by any type of system that provide torque and rotation eg wind turbines, combustion engines, hydraulic systems, etc.
En base a todo lo descrito anteriormente podemos afirmar que el generador eléctrico mejorado proporciona los siguientes beneficios: Based on everything described above we can affirm that the improved electric generator provides the following benefits:
❖ Ahorra energía eléctrica debido a que su motor eléctrico primario o motor de combustión, opera a 8 HP a 1800 rpm o 5 HP a 3600 rpm y después de dispositivos genera 20 Kw eomo salida máxima, siendo este sistema escalable hasta diferentes capacidades, (30,50,70,100 o mas kw, ahorrando en proporción á la salida de kw). ❖ Save electrical energy because its primary electric motor or combustion engine, operates at 8 HP at 1800 rpm or 5 HP at 3600 rpm and after devices generates 20 Kw as maximum output, this system being scalable to different capacities, (30 , 50,70,100 or more kw, saving in proportion to the output of kw).
❖ Fácil operación y mantenimiento.  ❖ Easy operation and maintenance.
❖ Puede abastecer de energía eléctrica a todo aparato que requiera 110, 220, 360 y 440 volts.  ❖ It can supply electricity to any device that requires 110, 220, 360 and 440 volts.
❖ Compuesto de un número reducido de componentes por lo que es muy practico. ,  ❖ Composed of a small number of components so it is very practical. ,
❖ No necesita de ningún tanque externo para el almacenamiento de su líquido hidráulico.  ❖ You do not need an external tank to store your hydraulic fluid.
❖ Al contener el conjunto mecánico dentro del contendor hidráulico se obtienen las siguientes bondades: primero, el generador eléctrico solo se necesita de una reducida cantidad de aceite hidráulico, segundo, se requiere de una menor cantidad de mangueras o tuberías, y tercero, el juego de engranes se ve beneficiado ya que se genera menos ruido y al mismo tiempo estos son lubricados con el mismo aceite del contenedor. ❖ Cabe recalcar que este sistema es escalable, es decir se pueden colocar suficiente módulos independientes en relación a las necesidades de fuerza de los generadores.  ❖ By containing the mechanical assembly within the hydraulic container, the following benefits are obtained: first, the electric generator only needs a small amount of hydraulic oil, second, a smaller quantity of hoses or pipes is required, and third, the set of gears is benefited since less noise is generated and at the same time these are lubricated with the same oil from the container. ❖ It should be noted that this system is scalable, that is to say, enough independent modules can be placed in relation to the power needs of the generators.

Claims

REIVINDICACIONES
Habiendo descrito suficientemente mi invención, considero como una novedad y por lo tanto reclamo como de mi exclusiva propiedad, lo contenido en las siguientes reivindicaciones:,. Having sufficiently described my invention, I consider as a novelty and therefore claim as my exclusive property, what is contained in the following claims:.
- generador eléctrico mejorado de los que utilizan un motor eléctrico de inicio o en su caso, un motor de combustión que transmite su energía por medio de un copie a un conjunto mecánico mismo que a su vez esta compuesto por una bomba de engranes hidráulica un juego de engranes, unas servo válvula, un contenedor, un remolque para su transportación y un generador para la salida de energía eléctrica caracterizado porque esta constituido de: un motor eléctrico de 8 HP, trifásico adaptable a 1 10, 220 o 360 volts, el cual opera en promedio a 1800 rpm y se abastece de energía de la red municipal, este motor eléctrico opcionalmente puede ser sustituido por un motor eléctrico de 5 HP y 3600 rpm, porque en la relación de 3600 a 1800 rpm genera el doble de torque por tanto es también utilizable todo tipo de motor que trabaje a 3600 rpm o mas, dicho motor eléctrico que provee de rpm y torque a una bomba hidráulica. La flecha del motor eléctrico se conecta a; - Improved electric generator of those using a starter electric motor or, where appropriate, a combustion engine that transmits its energy by means of a copy to a mechanical assembly itself which in turn is composed of a hydraulic gear pump a set of gears, a servo valve, a container, a trailer for transportation and a generator for the output of electric power characterized in that it is constituted of: an 8 HP electric motor, three-phase adaptable to 1 10, 220 or 360 volts, which operates on average at 1800 rpm and is supplied with energy from the municipal network, this electric motor can optionally be replaced by an electric motor of 5 HP and 3600 rpm, because in the ratio of 3600 to 1800 rpm it generates twice the torque therefore It is also possible to use any type of motor that works at 3600 rpm or more, said electric motor that provides rpm and torque to a hydraulic pump. The arrow of the electric motor connects to;
un copie que esta localizado en el exterior del conjunto mecánico, este dispositivo es utilizado para transmitir la fuerza y revoluciones del motor eléctrico a;  a copy that is located outside the mechanical assembly, this device is used to transmit the force and revolutions of the electric motor to;
una primera bomba de engranes hidráulica que tiene las siguientes características: código 111.20.371.00 modelo S-N-P-2-N-N/-6,0-L-N-06- GA-P1-E6-E5-NN-N-N/-NNN-N-N, 6 cc/rev, montaje SAE A de 2 tornillo rotación izquierda, flecha recta de 5/8 con cuñero, puertos de succión de 1 1/16 y un puerto de descarga de 7/8 UN. Esta bomba de engranes hidráulica cuenta con un puerto de succión de aceite y un puerto de salida por donde se envía el flujo hidráulico por medio de una manguera hasta; una servo válvula que se encarga de regular la presión existente entre el motor eléctrico y la primera bomba de engranes hidráulica, es muy importante incluir este regulador de presión ya que sin este dispositivo, el generador eléctrico mejorado no funciona en la entrada. Es importante destacar que esta bomba de engranes hidráulica preferentemente debe trabajar en promedio a 1800 rpm y se debe mantener en ella, una presión constante de 3,625 PSI para poder generar y mantener las revoluciones requeridas para transmitirle su fuerza a; a first hydraulic gear pump having the following characteristics: code 111.20.371.00 model SNP-2-NN / -6.0-LN-06- GA-P1-E6-E5-NN-NN / -NNN-NN, 6 cc / rev, SAE A assembly with 2 left rotation screw, 5/8 straight arrow with wedge, 1 1/16 suction ports and a 7/8 UN discharge port. This hydraulic gear pump has an oil suction port and an outlet port where the hydraulic flow is sent through a hose up to; a servo valve that regulates the pressure between the electric motor and the first hydraulic gear pump, it is very important to include this pressure regulator since without this device, the improved electric generator does not work at the inlet. It is important to note that this hydraulic gear pump should preferably work on average at 1800 rpm and a constant pressure of 3,625 PSI must be maintained in it to be able to generate and maintain the revolutions required to transmit its force to;
un primer modulo que a su vez esta compuesto por: a first module that in turn is composed of:
i. un motor hidráulico de alto torque, el cual opera promedio a 1800 rpm con las siguientes características: 121.20.095.00 modelo S-N- M-2-N-N-/-6-0-B-N-06-GA-M6-E5-E5-NN-N-N-/-NNN-N-N 6 cc/rev, montaje SAE "A" de 2 tornillos flecha recta con cuñero de 1" y puertos de ½ NPTF. Dicho motor hidráulico genera 15.5 HP, este motor hidráulico tiene un engrane acoplado con el engrane de una bomba hidráulica misma que cuenta recibe la fuerza del motor hidráulico;  i. a high torque hydraulic motor, which operates an average of 1800 rpm with the following characteristics: 121.20.095.00 model SN- M-2-NN - / - 6-0-BN-06-GA-M6-E5-E5-NN -NN - / - NNN-NN 6 cc / rev, SAE "A" assembly of 2 straight arrow screws with 1 "wedge and ½ NPTF ports. This hydraulic motor generates 15.5 HP, this hydraulic motor has a gear coupled to the gearing of a hydraulic pump itself that counts receives the strength of the hydraulic motor;
ii. la bomba hidráulica tiene las siguientes características:  ii. The hydraulic pump has the following characteristics:
111.20.210.00 modelo S-N-P-2-N-N-/-014-R-N-06-GA-P1 -E6-E5- NN-N-N-/-NNN-N-N 14 cc/rev, montaje sae "A" de 2 tornillos, 111.20.210.00 model S-N-P-2-N-N - / - 014-R-N-06-GA-P1 -E6-E5- NN-N-N - / - NNN-N-N 14 cc / rev, 2-bolt sae "A" assembly,
' rotación derecha, flecha recta de 5/8 con cuñero, puerto de succión de 1.1/16 un, puerto de descarga de 7/8 UN, según especificación de la empresa Sauer Danfoss y que por medio de un par de engranes o cadenas, con las siguientes característica, Es importante destacar que la bomba de engranes hidráulica además está bomba . preferentemente debe de trabajar a 1800 rpm y se débe mantener en ella una presión de 3,625 psi para poder generar y mantener las revoluciones requeridas y 'right rotation, straight arrow of 5/8 with wedge, suction port of 1.1 / 16 a, discharge port of 7/8 UN, according to the Sauer Danfoss company specification and that by means of a pair of gears or chains, With the following characteristics, It is important to note that the hydraulic gear pump is also a pump. preferably it must work at 1800 rpm and a pressure of 3,625 psi must be maintained in it in order to generate and maintain the required revolutions and
iii. una segunda servo válvula (de alivio) modelo CP200-2-B-8S-K-D- XXX con las siguientes características 1 1 GPM, Puertos 8 SAE, rango de presión de 1000 a 5000 PSI según Sauer Danfoss, dicha servo válvula se encarga de regular la presión existente entre el motor hidráulico y la segunda bomba de engranes hidráulica, es muy importante incluir este regulador de presión ya que sin este dispositivo, el primer modulo no opera; iii. a second servo valve (relief) model CP200-2-B-8S-KD-XXX with the following characteristics 1 1 GPM, Ports 8 SAE, pressure range from 1000 to 5000 PSI according to Sauer Danfoss, said servo valve is responsible for regulate the pressure between the hydraulic motor and the second gear pump hydraulic, it is very important to include this pressure regulator since without this device, the first module does not operate;
un segundo modulo que a su vez esta compuesto por: a second module that in turn is composed of:
un motor hidráulico de alto torque, el cual opera promedio a 1800 rpm con las siguientes características: 121.20.043.00 modelo S-N-M-2-N-N-/- 011-B-N-06-GA-M6-E5-E5-NN-N-N-/-NNN-N-N, de 11 cc/rev, montaje SAE "A" de 2 tornillos rotación izquierda, flecha recta 5/8" con cunero de 1" y puertos de succión de 7/8" UN, puerto de descarga de 7/8 UN. Dicho motor hidráulico genera 22HP, este motor hidráulico tiene un engrane acoplado con el engrane de una bomba hidráulica misma que cuenta recibe la fuerza del motor hidráulico; a high torque hydraulic motor, which operates an average of 1800 rpm with the following characteristics: 121.20.043.00 model SNM-2-NN - / - 011-BN-06-GA-M6-E5-E5-NN-NN- / -NNN-NN, 11 cc / rev, SAE "A" assembly with 2 left rotation screws, 5/8 "straight arrow with 1" cradle and 7/8 "UN suction ports, 7 / discharge port 8 A. Said hydraulic motor generates 22HP, this hydraulic motor has a gear coupled with the gear of a hydraulic pump itself that counts receives the force of the hydraulic motor;
la bomba hidráulica tiene las siguientes características: 111.25.129. OC modelo S-N-P-3-N-N-/-026-R-N-07-GA-P1-E8-E6-NN-N-N-/-NNN-N-N 26 cc/rev, montaje sae "B" de 2 tornillos, rotación derecha, flecha recta de 7/8" con cu ñero, puerto de succión de 1 5/16" un puerto de descarga de 1 1/16" UN, según especificación de la empresa Sauer Danfoss y que por medio de un par de engranes o cadenas, con las siguientes característica, Es importante destacar que la bomba de engranes hidráulica además esta bomba preferentemente debe de trabajar a 1800 rpm y se debe mantener en ella una presión de 3,000 PSI para poder generar y mantener las revoluciones requeridas y The hydraulic pump has the following characteristics: 111.25.129. OC model SNP-3-NN - / - 026-RN-07-GA-P1-E8-E6-NN-NN - / - NNN-NN 26 cc / rev, 2 bolt sae "B" mounting, right rotation, straight arrow of 7/8 "with wedge, suction port of 1 5/16" a discharge port of 1 1/16 "UN, according to specification of the company Sauer Danfoss and that by means of a pair of gears or chains , with the following characteristics, It is important to note that the hydraulic gear pump also this pump should preferably work at 1800 rpm and a pressure of 3,000 PSI must be maintained in it to be able to generate and maintain the required revolutions and
una segunda servo válvula (de alivio) modelo CP200-1-B-8S-K-C-XXX con las siguientes características 20 GPM, puertos 8 SAE rango de presión de 600 a 3600 PSI según Sauer Danfoss este dispositivo se encarga de regular la presión existente entre el motor hidráulico y la segunda bomba de engranes hidráulica, es muy importante incluir este regulador de presión ya que sin este dispositivo, el segundo modulo no opera. a second servo valve (relief) model CP200-1-B-8S-KC-XXX with the following characteristics 20 GPM, ports 8 SAE pressure range from 600 to 3600 PSI according to Sauer Danfoss this device is responsible for regulating the existing pressure Between the hydraulic motor and the second hydraulic gear pump, it is very important to include this pressure regulator since without this device, the second module does not operate.
un tercer modulo que a su vez esta compuesto por: a third module that in turn is composed of:
i. un motor hidráulico de alto torque, el cual opera promedio a 1800 rpm con las siguientes características: 121.20.043.00 modelo S-N- M-3-N-N-/-022-B-N-07-GA-M6-E8-E8-NN-N-N-/-NNN-N-N, de 22 cc/rev, montaje SAE "A" de 2 tornillos rotación izquierda, flecha recta 5/8" con cuñero de 1" y puertos de succión de 7/8" UN, puerto de descarga de 7/8 UN. Dicho motor hidráulico genera 44 HP, y tiene un engrane acoplado a otro engrane ubicando en; el generador eléctrico de salida para recibir las rpm y el caballaje para suficientes para impulsar al generador eléctrico y mantener la salida de energía, el cual puede generar energía eléctrica de distintas capacidades, para este prototipo se utilizó uno de 20 kw con las siguientes características: construcción aprueba de goteo, sin escobillas, 20 Kw de capacidad, 25 KVA de capacidad, con un factor de potencia 0.8 voltaje a 220, una frecuencia de 60 Hz de regulación de voltaje a plena carga +/- 1 %, velocidad angular de 1800 rpm y con una eficiencia del 93% y producir energía eléctrica. i. a high torque hydraulic motor, which operates on average at 1800 rpm with the following characteristics: 121.20.043.00 model SN- M-3-NN - / - 022-BN-07-GA-M6-E8-E8-NN-NN - / - NNN-NN, 22 cc / rev, SAE "A" assembly with 2 left rotation screws, arrow straight 5/8 "with 1" wedge and 7/8 "UN suction ports, 7/8 UN discharge port. Said hydraulic motor generates 44 HP, and has a gear coupled to another gear located in; the generator electrical output to receive the rpm and horsepower for enough to drive the electric generator and maintain the power output, which can generate electric power of different capacities, for this prototype a 20 kw was used with the following characteristics: construction approves of drip, without brushes, 20 Kw of capacity, 25 KVA of capacity, with a power factor 0.8 voltage to 220, a frequency of 60 Hz of regulation of voltage to full load +/- 1%, angular speed of 1800 rpm and with an efficiency of 93% and produce electrical energy.
PCT/MX2010/000102 2010-09-30 2010-09-30 Improvements to an electric generator WO2012044144A1 (en)

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Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH08144928A (en) * 1994-11-16 1996-06-04 Mitsuo Kuwano Hydraulic generator motor
DE19513059A1 (en) * 1995-04-07 1996-10-10 Guenter Zellmann Energy conversion appts. for generating heat or current esp. for domestic air-conditioning and warm water
JP2006090299A (en) * 2004-08-26 2006-04-06 ▲高▼橋 敏春 Self-energy generation type liquid driving power generation device and oil pressure generation device
KR20100066068A (en) * 2008-12-09 2010-06-17 김봉환 Power generation system using pressure and pressure motor plus oil pressure system

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH08144928A (en) * 1994-11-16 1996-06-04 Mitsuo Kuwano Hydraulic generator motor
DE19513059A1 (en) * 1995-04-07 1996-10-10 Guenter Zellmann Energy conversion appts. for generating heat or current esp. for domestic air-conditioning and warm water
JP2006090299A (en) * 2004-08-26 2006-04-06 ▲高▼橋 敏春 Self-energy generation type liquid driving power generation device and oil pressure generation device
KR20100066068A (en) * 2008-12-09 2010-06-17 김봉환 Power generation system using pressure and pressure motor plus oil pressure system

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