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IRAN'S SEAS AND LAKES SUSTAINABLE ENERGY POTENTIAL

机译:伊朗的前景和湖泊的可持续能源潜力

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摘要

The objective of this paper is to study the positions and features of the boundary and domestic seas and lakes of Iran and possibility of using these energy sources and proposed approaches to do so. Generally the potential energies in the seas and oceans are classified in five groups, which are: wave energy, tidal energy, ocean thermal energy, ocean current energy, and salinity gradient energy. Regarding the variety of the country's bodies of water other than ocean current energy it is possible to use rest of these energy resources. Each bodies of water of Iran are suitable for specific kind of seas energies. There are great sources of tidal energy in Persian Gulf coasts especially in west side of it. For thermal energy the ideal sites are located in the Caspian Sea coasts and wave energy can economically be extracted in Gulf of Oman coasts, especially in remote islands which are not connected to the grid. Finally, the Urmia Lake is best location for salinity gradient energy. This study shows that more investment is required in this area for research and small scale plants.
机译:本文的目的是研究伊朗边界和国内海洋和湖泊的位置和特征,以及使用这些能源的可能性和提出的方法。通常,海洋中的势能分为五类,分别是:波浪能,潮汐能,海洋热能,洋流能和盐度梯度能。关于除洋流能源以外的该国其他水域的多样性,有可能利用这些能源的其余部分。伊朗的每个水域都适合特定种类的海洋能源。在波斯湾沿岸,尤其是在其西侧,有大量的潮汐能来源。对于热能,理想的地点位于里海沿岸,可以在阿曼湾沿岸经济地提取波浪能,尤其是在未连接电网的偏远岛屿。最后,Urmia湖是盐度梯度能量的最佳位置。这项研究表明,在这一领域,研究和小型工厂需要更多的投资。

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