WO2018170563A1 - Renewable energy generating equipment that has a hydro-electromechanical system - Google Patents
Renewable energy generating equipment that has a hydro-electromechanical system Download PDFInfo
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- WO2018170563A1 WO2018170563A1 PCT/BR2017/050074 BR2017050074W WO2018170563A1 WO 2018170563 A1 WO2018170563 A1 WO 2018170563A1 BR 2017050074 W BR2017050074 W BR 2017050074W WO 2018170563 A1 WO2018170563 A1 WO 2018170563A1
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- This descriptive report refers to a patent application for a harmonious hydro-electromechanical system for clean and sustainable energy generation with a view to achieving a more satisfactory mechanical motion to be converted into electrical energy.
- the inventor combines the hydraulic, mechanical and electrical parts into equipment that can be installed in shopping malls, shopping malls, condominiums, etc., which generates considerable savings through clean energy.
- the system is powered by mains electricity or other means, running the engine of a hydraulic unit.
- the system comes to life when, through a hydraulic pump, the hydraulic motor is driven by rotating an axle incorporating a large mass wheel. Upon reaching its top speed, such a wheel drives a motor that maintains its motion without slowing it down. The axis then has its velocity multiplied by a velocity multiplier that transposes the velocity obtained to the energy generator to which it is connected, thus achieving a mechanical rotational motion that can be converted into electrical energy.
- the inventor developed a equipment with hydro-electromechanical system working synchronously for clean and sustainable energy generation, in order to achieve a more satisfactory mechanical movement to be converted into electrical energy. To this end, the inventor combines the hydraulics, mechanics and electrical in equipment that achieves the highest mechanical movement speed for conversion into energy. Such equipment can be installed in shopping malls, shopping malls, condominiums, etc., which would generate considerable savings with clean power generation.
- FIG. 1 Schematic view of the equipment, where you can see the hydraulic unit, connected to a hydraulic motor, coupled, in turn, to a turning shaft, intermediated by a clutch.
- the axle receives and supports a large mass wheel connected to a motor.
- a speed multiplier At the end of the shaft is a speed multiplier which, via a second shaft, receives a power generator.
- the "RENEWABLE ENERGY GENERATOR EQUIPMENT WITH HYDROELECTRIC SYSTEM” the subject of this patent application, consists of a hydraulic unit (1) connected to a motor (2) coupled in turn to a pivot shaft (3), intermediate by a clutch (4).
- This axle (3) receives and supports a large mass wheel (5), connected to a motor (6).
- a speed multiplier (7) At the end of the shaft (3) there is a speed multiplier (7) which finally receives a power generator (9) via a second shaft (8).
- the clutch (4) acts to decouple the hydraulic motor (2) from the shaft (3) as soon as the power generator (9) reaches its maximum speed, allowing the system to disconnect from the source. used by the motor (M) of the hydraulic unit (1), while maintaining the 3/3 inertial speed of the wheel (5) through the motor (6) interconnected to it, thus saving the energy initially employed.
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Abstract
For generating clean energy, enhancing mechanical movement for conversion into electrical energy. Said effect is achieved using a hydro-electromechanical system. For that purpose, the system of said equipment features a hydraulic unit (1) that activates the hydraulic motor (2) connected thereto, causing the rotary shaft (3) to rotate along with the high mass wheel (5) coupled thereto. Once the maximum speed is achieved, said wheel (5) activates, in turn, the motor (6) connected thereto, allowing same to maintain said wheel (5) at the maximum rotation speed even if the hydraulic motor (2) is idle. Finally, the speed multiplier (7) coupled to the rotary shaft (3) transposes the speed produced by the shaft (3), multiplying same, to the power generator (9) by means of a second shaft (8), thereby achieving mechanical movement that is much greater for conversion into energy, with it also being possible to disconnect the equipment from the power source used by the motor (M) of the hydraulic unit (1), mantaining, however, the inertial speed of the wheel (5) via the motor (6) interlinked therewith.
Description
"EQUIPAMENTO GERADOR DE ENERGIA RENOVÁVEL, COM SISTEMA "RENEWABLE ENERGY GENERATOR EQUIPMENT, WITH SYSTEM
HIDRO-ELETROMECANICO" Hydroelectromechanical "
[001] Refere-se o presente relatório descritivo, a um pedido de patente de invenção para um sistema hidro-eletromecânico harmonioso para geração de energia limpa e sustentável, tendo em vista alcançar um movimento mecânico mais satisfatório para ser convertido em energia elétrica. Para tanto, o inventor faz a união da parte hidráulica, da parte mecânica e da parte elétrica em um equipamento que pode ser instalado em shoppings, centros comerciais, condomínios, etc, que gera economia considerável através de energia limpa. O sistema é acionado por energia elétrica conectada à rede ou outro meio, fazendo funcionar o motor de uma unidade hidráulica. [001] This descriptive report refers to a patent application for a harmonious hydro-electromechanical system for clean and sustainable energy generation with a view to achieving a more satisfactory mechanical motion to be converted into electrical energy. To this end, the inventor combines the hydraulic, mechanical and electrical parts into equipment that can be installed in shopping malls, shopping malls, condominiums, etc., which generates considerable savings through clean energy. The system is powered by mains electricity or other means, running the engine of a hydraulic unit.
[002] O sistema ganha vida quando, através de uma bomba hidráulica, o motor hidráulico é acionado, fazendo girar um eixo que incorpora uma roda de grande massa. Ao alcançar sua velocidade máxima, tal roda aciona um motor que mantém seu movimento sem desacelerá-la. O eixo tem então sua velocidade multiplicada através de um multiplicador de velocidade que transpõe a velocidade obtida para o gerador de energia ao qual está conectado, alcançando, desta forma, um movimento rotacional mecânico potencializado para ser convertido em energia elétrica. [002] The system comes to life when, through a hydraulic pump, the hydraulic motor is driven by rotating an axle incorporating a large mass wheel. Upon reaching its top speed, such a wheel drives a motor that maintains its motion without slowing it down. The axis then has its velocity multiplied by a velocity multiplier that transposes the velocity obtained to the energy generator to which it is connected, thus achieving a mechanical rotational motion that can be converted into electrical energy.
ESTADO DA TÉCNICA TECHNICAL STATE
[003] Como é de conhecimento, a produção e o consumo de energia de fontes limpas são de extrema importância para a proteção do meio ambiente e da manutenção da qualidade de vida das pessoas. Como não geram gases do efeito estufa (ou geram muito pouco), não favorecem o aquecimento global do planeta e como não há queima de combustíveis fósseis, não há geração de gases poluentes ou resíduos sólidos que podem prejudicar a saúde das pessoas. [003] As is well known, the production and consumption of energy from clean sources is of utmost importance for the protection of the environment and the maintenance of people's quality of life. As they do not generate greenhouse gases (or generate very little), they do not favor the global warming of the planet and since there is no burning of fossil fuels, there is no generation of polluting gases or solid wastes that can harm people's health.
[004] Na corrida por energia renovável, muitos países estão investindo em equipamentos cada vez mais sofisticados e muitos mecanismos são construídos nos dias de hoje em busca do movimento mecânico perfeito para acionamento de geradores para alimentação elétrica de lugares comerciais ou residenciais como shoppings e condomínios, onde os proprietários buscam sua própria fonte de energia. [004] In the race for renewable energy, many countries are investing in increasingly sophisticated equipment, and many mechanisms are being built today in search of the perfect mechanical movement to drive generators to power commercial or residential places like malls and condominiums. , where homeowners look for their own power source.
[005] A geração de energia através de movimentos mecânicos é vantajosa, pois o equipamento não precisa ser instalado em locais externos e elevados, como é o caso da energia eólica. O problema dos sistemas geradores de energia a partir de ação mecânica é que eles não conseguem alcançar uma velocidade alta para a posterior conversão em um volume considerável de energia. [005] Power generation through mechanical movements is advantageous as the equipment does not need to be installed outdoors and high, such as wind power. The problem with mechanical power generating systems is that they cannot reach a high speed for later conversion into a considerable amount of energy.
OBJETIVO DA PATENTE PATENT OBJECTIVE
[006] Pela necessidade de se criar novos mecanismos para geração de energia renovável e solucionar os problemas aqui descritos, o inventor desenvolveu um
equipamento com sistema hidro-eletromecânico trabalhando sincronizadamente para geração de energia limpa e sustentável, tendo em vista alcançar um movimento mecânico mais satisfatório para ser convertido em energia elétrica. Para tanto, o inventor faz a união da hidráulica, da mecânica e elétrica em um equipamento que alcança maior velocidade de movimento mecânico para a conversão em energia. Tal equipamento pode ser instalado em shoppings, centros comerciais, condomínios, etc, que geraria uma economia considerável com geração de energia limpa. Due to the need to create new mechanisms for renewable energy generation and to solve the problems described here, the inventor developed a equipment with hydro-electromechanical system working synchronously for clean and sustainable energy generation, in order to achieve a more satisfactory mechanical movement to be converted into electrical energy. To this end, the inventor combines the hydraulics, mechanics and electrical in equipment that achieves the highest mechanical movement speed for conversion into energy. Such equipment can be installed in shopping malls, shopping malls, condominiums, etc., which would generate considerable savings with clean power generation.
[007] Explicado superficialmente, passa o equipamento e seu sistema, a serem melhor detalhados a partir do desenho anexo, pelo qual se vê: Superficially explained, the equipment and its system will be further detailed from the attached drawing, which shows:
[008] Figura 1 - vista esquemática do equipamento, onde se observa a unidade hidráulica, conectada a um motor hidráulico, acoplado, por sua vez, a um eixo de giro, intermediados por uma embreagem. O eixo recebe e sustenta uma roda de grande massa, ligada a um motor. Na extremidade do eixo, está situado um multiplicador de velocidade que, através de um segundo eixo recebe um gerador de energia. [008] Figure 1 - Schematic view of the equipment, where you can see the hydraulic unit, connected to a hydraulic motor, coupled, in turn, to a turning shaft, intermediated by a clutch. The axle receives and supports a large mass wheel connected to a motor. At the end of the shaft is a speed multiplier which, via a second shaft, receives a power generator.
[009] Em conformidade com o desenho anexo, o "EQUIPAMENTO GERADOR DE ENERGIA RENOVÁVEL, COM SISTEMA HIDRO- ELETROMECANICO", objeto desse pedido de patente de invenção, constitui-se a partir de uma unidade hidráulica (1), conectada a um motor hidráulico (2), acoplado, por sua vez, a um eixo de giro (3), intermediados por uma embreagem (4). Este eixo (3) recebe e sustenta uma roda (5) de grande massa, ligada a um motor (6). Na extremidade do eixo (3), está situado um multiplicador de velocidade (7) que, através de um segundo eixo (8) recebe, por fim, um gerador de energia (9). According to the attached drawing, the "RENEWABLE ENERGY GENERATOR EQUIPMENT WITH HYDROELECTRIC SYSTEM", the subject of this patent application, consists of a hydraulic unit (1) connected to a motor (2) coupled in turn to a pivot shaft (3), intermediate by a clutch (4). This axle (3) receives and supports a large mass wheel (5), connected to a motor (6). At the end of the shaft (3) there is a speed multiplier (7) which finally receives a power generator (9) via a second shaft (8).
[010] O sistema mecânico deste equipamento é acionado quando, por meio de corrente elétrica, a unidade hidráulica (1) tem seu motor (M) ligado, acionando, deste modo, o motor hidráulico (2) que rotaciona o eixo de giro (3) juntamente com a roda (5) de grande massa a ele acoplado. Ao se atingir a velocidade máxima, tal roda (5) aciona o motor (6) conectado a ela, aproveitando e permitindo que este mantenha a roda (5) nesta velocidade de rotação máxima mesmo se o motor hidráulico (2) estiver parado. Por fim, o multiplicador de velocidade (7) acoplado ao eixo de giro (3) transpõe a velocidade obtida pelo eixo (3) para o gerador de energia (9) através de um segundo eixo (8), conseguindo-se, desta forma um movimento mecânico muito maior para ser convertido posteriormente em energia elétrica. [010] The mechanical system of this equipment is driven when, by means of electric current, the hydraulic unit (1) has its motor (M) turned on, thus driving the hydraulic motor (2) which rotates the turning axis ( 3) together with the mass wheel (5) coupled to it. Upon reaching the maximum speed, such wheel (5) drives the engine (6) connected to it, taking advantage and allowing it to keep the wheel (5) at this maximum speed even if the hydraulic motor (2) is stopped. Finally, the speed multiplier (7) coupled to the pivot axis (3) transposes the speed obtained by the axis (3) to the power generator (9) through a second axis (8), thereby achieving a much larger mechanical movement to be later converted into electrical energy.
[011] Completando o sistema, a embreagem (4) age de forma a desacoplar o motor hidráulico (2) do eixo (3) assim que o gerador de energia (9) alcança sua velocidade máxima, permitindo que o sistema se desconecte da fonte de energia utilizada pelo motor (M) da unidade hidráulica (1), mantendo, porém, a
3/3 velocidade inercial da roda (5) através do motor (6) interligado a esta, economizando-se, portanto, a energia inicialmente empregada. [011] Completing the system, the clutch (4) acts to decouple the hydraulic motor (2) from the shaft (3) as soon as the power generator (9) reaches its maximum speed, allowing the system to disconnect from the source. used by the motor (M) of the hydraulic unit (1), while maintaining the 3/3 inertial speed of the wheel (5) through the motor (6) interconnected to it, thus saving the energy initially employed.
[012] Observa-se então que, neste sistema, apenas o motor (M) da unidade hidráulica (1) é acionado através de energia elétrica e podendo esta ser de fonte sustentável como energia eólica ou provinda de painéis solares, possibilitando assim um sistema de geração de energia totalmente sustentável.
[012] It is observed that, in this system, only the motor (M) of the hydraulic unit (1) is powered by electric energy and can be from a sustainable source such as wind energy or from solar panels, thus enabling a system sustainable energy generation.
Claims
1/1 1/1
REIVINDICAÇÃO CLAIM
1 - "EQUIPAMENTO GERADOR DE ENERGIA RENOVÁVEL COM SISTEMA HIDROELETROMECANICO" caracterizado por ser constituído de uma unidade hidráulica (1), conectada a um motor hidráulico (2), acoplado, por sua vez, a um eixo de giro (3), intermediados por uma embreagem (4), dito eixo (3) recebendo e sustentando uma roda (5) de grande massa, ligada a um motor (6) e tendo acoplado, na extremidade do eixo (3), um multiplicador de velocidade (7) que, através de um segundo eixo (8) recebe, por fim, um gerador de energia (9). 1 - "RENEWABLE POWER GENERATOR EQUIPMENT WITH HYDROELECTRIC SYSTEM" characterized in that it consists of a hydraulic unit (1), connected to a hydraulic motor (2), coupled, in turn, to a turning shaft (3), intermediated by a clutch (4), said axle (3) receiving and holding a large mass wheel (5) connected to a motor (6) and having coupled at the end of the axle (3) a speed multiplier (7) which , via a second axis (8), finally receives a power generator (9).
2 - "SISTEMA HIDRO-ELETROMECANICO", de acordo com reivindicação 1, caracterizado pelo sistema mecânico deste equipamento ser acionado quando, por meio de corrente elétrica, a unidade hidráulica (1) tem seu motor (M) ligado, acionando, deste modo, o motor hidráulico (2) que rotaciona o eixo de giro (3) juntamente com a roda (5) de grande massa a ele acoplado e que, ao atingir sua velocidade máxima aciona o motor (6) conectado a ela, aproveitando e permitindo que este mantenha a roda (5) nesta velocidade de rotação máxima mesmo se o motor hidráulico (2) estiver parado. 2. "Hydro-electro-mechanical system" according to claim 1, characterized in that the mechanical system of this equipment is driven when, by means of electric current, the hydraulic unit (1) has its motor (M) turned on, thus driving the hydraulic motor (2) which rotates the turning axle (3) together with the mass wheel (5) coupled to it and which, when reaching its maximum speed drives the motor (6) connected to it, taking advantage and allowing keep the wheel (5) at this maximum speed even if the hydraulic motor (2) is stopped.
3 - "SISTEMA HIDRO-ELETROMECANICO", de acordo com reivindicação 2, caracterizado pela embreagem (4) agir de forma a desacoplar o motor hidráulico (2) do eixo (3) assim que o gerador de energia (9) alcança sua velocidade máxima, permitindo que o sistema se desconecte da fonte de energia utilizada pelo motor (M) da unidade hidráulica (1), mantendo, porém, a velocidade inercial da roda (5) através do motor (6) interligado a esta. Hydro-electro-mechanical system according to claim 2, characterized in that the clutch (4) acts to disengage the hydraulic motor (2) from the shaft (3) as soon as the power generator (9) reaches its maximum speed. , allowing the system to disconnect from the power source used by the motor (M) of the hydraulic unit (1) while maintaining the inertial speed of the wheel (5) through the motor (6) interconnected to it.
4 - "SISTEMA HIDRO-ELETROMECANICO", de acordo com reivindicações 1, 2 e 3, caracterizado pelo multiplicador de velocidade (7), acoplado ao eixo de giro (3), transpor a velocidade obtida pelo eixo (3) para o gerador de energia (9) de forma multiplicada, através de um segundo eixo (8), conseguindo-se movimento mecânico potencializado para ser convertido em energia.
"Hydroelectromechanical system" according to claims 1, 2 and 3, characterized in that the speed multiplier (7) coupled to the rotating axis (3) transposes the speed obtained by the axis (3) to the generator energy (9) in a multiplied manner through a second axis (8), achieving mechanical movement enhanced to be converted into energy.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| BRBR1020170061108 | 2017-03-24 | ||
| BR102017006110-8A BR102017006110B1 (en) | 2017-03-24 | RENEWABLE ENERGY GENERATING EQUIPMENT, WITH HYDROELETROMECHANICAL SYSTEM |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| WO2018170563A1 true WO2018170563A1 (en) | 2018-09-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/BR2017/050074 WO2018170563A1 (en) | 2017-03-24 | 2017-03-28 | Renewable energy generating equipment that has a hydro-electromechanical system |
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| WO (1) | WO2018170563A1 (en) |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1426653A1 (en) * | 2001-08-24 | 2004-06-09 | Tamura Electric Works, Ltd. | Loss reducing device of rotary body |
| US20070028587A1 (en) * | 2003-06-18 | 2007-02-08 | Steers Jerome A | Turbine powered flywheel |
| US20090115195A1 (en) * | 2007-11-05 | 2009-05-07 | Wang Chun-Chao | Gravity Power Generation Mechanism |
| US20100050809A1 (en) * | 2006-12-12 | 2010-03-04 | Bojidar Djordjev | Forces generative method |
| US20100244786A1 (en) * | 2009-03-25 | 2010-09-30 | Compact Dynamics Gmbh | Energy storage |
| WO2016036346A1 (en) * | 2014-09-02 | 2016-03-10 | Atlantic Alternative Energy, Llc | Electrical power generation system |
| AU2015244483A1 (en) * | 2014-04-07 | 2016-09-08 | S4 Energy B.V. | A flywheel system |
-
2017
- 2017-03-28 WO PCT/BR2017/050074 patent/WO2018170563A1/en active Application Filing
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1426653A1 (en) * | 2001-08-24 | 2004-06-09 | Tamura Electric Works, Ltd. | Loss reducing device of rotary body |
| US20070028587A1 (en) * | 2003-06-18 | 2007-02-08 | Steers Jerome A | Turbine powered flywheel |
| US20100050809A1 (en) * | 2006-12-12 | 2010-03-04 | Bojidar Djordjev | Forces generative method |
| US20090115195A1 (en) * | 2007-11-05 | 2009-05-07 | Wang Chun-Chao | Gravity Power Generation Mechanism |
| US20100244786A1 (en) * | 2009-03-25 | 2010-09-30 | Compact Dynamics Gmbh | Energy storage |
| AU2015244483A1 (en) * | 2014-04-07 | 2016-09-08 | S4 Energy B.V. | A flywheel system |
| WO2016036346A1 (en) * | 2014-09-02 | 2016-03-10 | Atlantic Alternative Energy, Llc | Electrical power generation system |
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| Publication number | Publication date |
|---|---|
| BR102017006110A2 (en) | 2018-10-30 |
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