Subjects
33 Ciencias tecnológicas
3306 Ingeniería y tecnología eléctrica
330609 Transmisión y distribución
Subestación Elevadora 220/30kV
Abstract
Proyecto de subestación elevadora 30 / 220 kV. En este proyecto se expone un estudio electromecánico sobre el desarrollo de una subestación elevadora que pretende evacuar la energía de 3 parques fotovoltaicos con una potencia total de 250 MVA. El trabajo constará de memoria, cálculos justificativos, planos y presupuesto.
La llegada del parque a la subestación de la energía se hará mediante conductores subterráneos, estos entran a la subestación directamente a las celdas prefabricadas que están encapsuladas en gas SF6. Estas celdas han sido seleccionadas siguiendo el catálogo de un fabricante especializado con medidas ya normalizadas.
Esta tensión se transforma de manera independiente por cada parque fotovoltaico y la zona de alta tensión en este proyecto se dispone de forma intemperie.
Este trabajo se apoyará en los cálculos justificativos que se exponen en forma de anexo para justificar las parte de la memoria que quede incompleta a nivel cálculos y en los planos que se presentan.
El presupuesto se ha desarrollado sobre la parte principal objeto de este proyecto, la parte electromecánica y las protecciones y control e la subestación, quedando una parte importante a desarrollar que se compone de la obra civil y todo lo que conlleva la construcción de la subestación
Project for a 30 / 220 kV Booster Substation. This project presents an electromechanical study on the development of a lifting substation that aims to evacuate the energy of 3 photovoltaic parks with a total power of 250 MVA. The work will consist of a report, supporting calculations, plans and budget. The arrival of the park to the power substation will be done through underground conductors, these enter the substation directly to the prefabricated cells that are encapsulated in SF6 gas. These cubicles have been selected according to the catalogue of a specialised manufacturer with standardised measurements. This voltage is transformed independently for each photovoltaic park and the high-voltage area in this project is arranged in an open-air manner. This work will be supported by supporting calculations which are presented in the form of an appendix to justify the parts of the report which are incomplete in terms of calculations and on the plans presented. The budget has been developed on the main part of this project, the electromechanical part and the protections and control of the substation, leaving an important part to be developed which consists of the civil works and everything involved in the construction of the substation.
Project for a 30 / 220 kV Booster Substation. This project presents an electromechanical study on the development of a lifting substation that aims to evacuate the energy of 3 photovoltaic parks with a total power of 250 MVA. The work will consist of a report, supporting calculations, plans and budget. The arrival of the park to the power substation will be done through underground conductors, these enter the substation directly to the prefabricated cells that are encapsulated in SF6 gas. These cubicles have been selected according to the catalogue of a specialised manufacturer with standardised measurements. This voltage is transformed independently for each photovoltaic park and the high-voltage area in this project is arranged in an open-air manner. This work will be supported by supporting calculations which are presented in the form of an appendix to justify the parts of the report which are incomplete in terms of calculations and on the plans presented. The budget has been developed on the main part of this project, the electromechanical part and the protections and control of the substation, leaving an important part to be developed which consists of the civil works and everything involved in the construction of the substation.
Información detallada
Materias, derechos, colecciones e identificadores
Keywords
KTI-electricidad (GITI-E), Subestación, Planta fotovoltaica, Alta tensión, Booster substation, Photovoltaic, High voltage
URI / Handle
http://hdl.handle.net/11531/62078Rights
Attribution-NonCommercial-NoDerivs 3.0 United States