Tidal energy technologies: barrages, lagoons, streams

Zhao Chen
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Abstract

This paper illustrates general factors influencing costs and expenses, and prospects of tidal power plants including barrages, lagoons, and streams. After the gathering data from existing papers and analysis, it is concluded that tidal systems are not economically viable mainly due to prohibitive capital costs, so it is believed that governments will contribute the most to the development of tidal energy. Furthermore, having low capacity factors of tidal systems indicates that even those with high installed capacity do not generate electricity as much as other power plants with low installed capacity. In the end, I reached a conclusion that, although with the advantage of predictivity, later researchers need to come out with new designs of tidal system, which can employ its original advantages and at the same time decrease the capital cost significantly
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潮汐能技术:拦河坝,泻湖,溪流
本文阐述了影响成本和费用的一般因素,以及潮汐发电厂的前景,包括拦河坝、泻湖和溪流。在收集了现有论文的数据和分析后,得出的结论是,潮汐系统在经济上不可行,主要是由于资本成本过高,因此相信政府将为潮汐能的发展做出最大贡献。此外,潮汐能系统的容量系数较低表明,即使是装机容量较高的潮汐能系统,其发电量也不如其他装机容量较低的潮汐能系统。最后,我得出一个结论,虽然具有可预测性的优势,但后期的研究人员需要提出新的潮汐系统设计,既可以利用其原有的优势,又可以显著降低资金成本
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Tidal energy technologies: barrages, lagoons, streams The research progress in the application of phase change materials for building energy conservation Wave energy: history, implementations, environmental impacts, and economics Design and applications of superhydrophobic surfaces A review of the cathode materials development for lithium-ion batteries
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