Dimensionamiento e implementación de un pico generador utilizando los afluentes del río Nagsiche para satisfacer la demanda del sistema eléctrico del complejo de aguas termales Aluchan en la parroquia La Matriz del cantón Pujilí en el año 2014-2015.
in Ecuador there are many renewable energy resources; it is primary water resources, since they are optimal for the production of electricity at low cost, easy to build long service life and reduces the gases produced by conventional systems using fossil fuels like coal and petroleum products, suppo...
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| Format: | bachelorThesis |
| Idioma: | spa |
| Publicat: |
2016
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| Accés en línia: | http://repositorio.utc.edu.ec/handle/27000/7217 |
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Afegir etiqueta | Sumari: | in Ecuador there are many renewable energy resources; it is primary water resources, since they are optimal for the production of electricity at low cost, easy to build long service life and reduces the gases produced by conventional systems using fossil fuels like coal and petroleum products, supporting the settlement human improving their quality of life, contributing to the industrial and social economic development, effects of a new holding either agricultural livestock industrial forestry mining or tourism, in this project the water resource is used to produce clean electrical energy with minimal environmental impact Aluchan river, to meet the demand of the hot spring resort Aluchan electrical system, in our country there are sites that are not yet benefited from being isolated of electric networks areas, but have natural renewable energy resources that can be exploited , for that reason we proposed the use of renewable water resources of the Aluchan river, for the design an hydroelectric generator peak. Based on the survey and inflow in the effective and necessary information is compiled for the selection of appropriate turbine type; also an analysis of the of the total electricity demand with which we can determine the generator power was also performed; these parameters are determined, the design of the components of peak hydroelectric generator. such as intake, conduction system, the sand trap, pressure tank and pressure line, that help determine optimal speed and pressure in the turbine which is essential for the production of electrical energy needed for the complex. Stating that the coupling system between the turbine and the generator by transmission bands are considered elements of mechanical and electrical protection. |
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