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首页> 外文期刊>Ocean Engineering >Performance and wave impact of an integrated multi-raft wave energy converter with floating breakwater for tropical climate
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Performance and wave impact of an integrated multi-raft wave energy converter with floating breakwater for tropical climate

机译：集成多筏波能源转换器对热带气候浮动防波堤的性能和波浪影响

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摘要

A novel concept of wave energy converter cum breakwater is proposed, consists of a multiple-raft wave energy converter (WEC) integrated with a floating breakwater (FB), which is termed as the integrated multi-raft wave energy converter (IMR-WEC). The IMR-WEC allows the conversion of wave energy into electricity while protecting the coast from erosion due to wave impact. A numerical model is developed to investigate the performance of the IMR-WEC in energy generation and to study its effectiveness in attenuating the wave forces. The effects of varying dimensions of the WEC, mooring stiffness, wave periods and wave directions are studied to suggest the optimal design for the proposed IMR-WEC to be most effective in generating energy and in protecting the coastal line. Both the regular waves and uni-directional irregular waves for a tropical climate are considered in the paper. The feasibility study shows that an appropriately sized IMR-WEC is able to function both as a wave energy converter and a floating breakwater, where an average capture width of greater than 1.50 m could be achieved in a typical tropical climate.
机译：提出了一种新颖的波能转换器暨防水的概念，包括与浮动防波堤（FB）集成的多RAFT波能量转换器（WEC）组成，其被称为集成的多RAFT波能量转换器（IMR-WEC） 。 IMR-WEC允许将波能量转换为电力，同时保护海岸免受波浪影响引起的侵蚀。开发了一种数值模型，以研究IMR-WEC在能量产生中的性能，并研究其在衰减波力方面的有效性。研究了WEC，系泊刚度，波段和波线方向的不同尺寸的影响，提出了所提出的IMR-WEC在产生能量和保护沿海线上最有效的最佳设计。本文考虑了热带气候的常规波和单向不规则波浪。可行性研究表明，适当大小的IMR-WEC能够作为波能转换器和浮动防波堤起作用，其中在典型的热带气候中可以实现大于1.50μm的平均捕获宽度。

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