Manifestación

Autores

• Autor: Reyes Parada, Héctor Fabián

Identificador

861422

Fecha de publicación

2013

Forma obra

Tesis

Lugar de producción

2013

Idioma

inglés

Nota de edición

Digitalización realizada por la Biblioteca Virtual del Banco de la República (Colombia)

Materias

• Tecnología; Tecnología / Ingeniería y operaciones afines

Notas

• Inglaterra
• Colfuturo
• © Derechos reservados del autor
• The following report describes the work done during my internship in AlbaTERN Ltd, a company focused in the design and construction of wave energy devices that capture energy from ocean waves and convert it into sustainable low- carbon electricity. A background of existing research in the area of Wave Energy conversion and its potential around the world is given in the first chapters. The main objective of my thesis has been support the design and construction of a unique wave energy conversion system constructed from multiple SQUID modules in a hexagonal array configuration.
  The project has been focused to look specifically at improving the hydraulic energy conversion efficiency, the feasibility of auto-setting operational variables according to the sea conditions, and the overall adaptability of the design to suit the specifications of the site and power requirements. Simulations using SimHydraulics have been developed to assess the design an optimal Hydraulic energy conversion system. With the output of the several simulations and hydraulic laboratory tests have been possible the sizing of its different components, and the design of special manifold blocks with self-setting hydraulic control, reducing the quantity and complexity the electronic devices for the general control.
  The key challenge facing the Wave Energy conversion Industry is lowering the cost of energy generation, where is required research and Development in order to design a device with high efficiency, high availability and low cost for the mass production. So achieving a viable wave energy future depends as much upon developing a technology that can be rapidly and economically scaled to high volume production. This project provides a solid foundation for scaling WaveNET arrays in excess of 10 MW.
• Conversión de energía hidráulica; Design; Diseño; Eficiencia energética; Energía renovable; Energy efficiency; Hydraulic energy conversion; Innovación; Innovation; Potencia; Power; Energía mareomotriz; Renewable energy; Wave Energy

Enlace permanente

https://www.cervantesvirtual.com/obra/wavenet-efficiency-improvement-hexagonal-array-wave-energy-converter-system-optimizacion-de-la-eficiencia-de-sistema-wavenet-sistema-convertidor-de-energia-mareomotriz-de-arreglo-861422

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