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Wave energy factors and development perspective analysis in Latvia

机译:拉脱维亚的波浪能因素和发展前景分析

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This article is about one of the forms of alternative energy sources ??? marine and ocean wave energy development possibilities in Latvia. Up until now, wave energy is one of the untapped energy sources in Latvia. This "green energy" potential in Latvia is estimated to be around 7.8TWh, and shows a promising possibility of producing 1.12TWh/year. For this purpose, effective hydroelectric power stations, which can convert wave energy into electricity, are necessary. This calls for the development of new technology to produce the necessary equipment ??? wave energy receivers and converters. The search for such technology, as well as the testing at various stages of development, is ongoing all over the world. The development of the previously mentioned equipment depends on the number of specialists involved, the professionalism, motivation, and constant budget size. The creation of such equipment in Latvia could become a critical argument for the establishment of such specific equipment factories. In this case, Latvia would take its place in the European renewable energy industry, whilst enjoying the growing industrial leverage and the improving import-export balance advantages. Marine spatial planning with the appropriate zoning of wave hydroelectric power stations is an important cornerstone for this development of this significant macroeconomic branch.
机译:本文是关于替代能源的一种形式。拉脱维亚海洋和海浪能源发展的可能性。到目前为止,波浪能是拉脱维亚尚未开发的能源之一。拉脱维亚的这种“绿色能源”潜力估计约为7.8TWh,显示出每年生产1.12TWh的潜力。为此,需要有效的水力发电站,其可以将波能转换为电能。这就要求开发新技术以生产必要的设备???波浪能接收器和转换器。在全世界范围内都在寻找这种技术以及在各个开发阶段进行测试。前面提到的设备的开发取决于所涉及的专家数量,专业水平,动力和恒定的预算规模。在拉脱维亚创建此类设备可能成为建立此类特定设备工厂的关键论据。在这种情况下,拉脱维亚将在欧洲可再生能源行业中占据一席之地,同时享有不断增长的工业杠杆率和不断改善的进出口平衡优势。对波浪水力发电站进行适当分区的海洋空间规划,是这一重要的宏观经济分支发展的重要基石。

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