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COASTAL POWER PLANT ON WAVES

机译:沿海发电厂在波浪上

摘要

Recently, the use of renewable energy has become the main focus of energy development in Western Europe, along with the use of nuclear energy. Dozens of different designs have been developed and operate that turn the energy of tides, underwater currents, sea waves, the bulk of which are experimental designs designed to identify the most economically profitable directions for the development of technical thought in this area. Obviously, the main advantages of such designs should be simplicity, reliability and high efficiency. The sea wave is a complex phenomenon, this is probably the main part of the dynamics of the hydrosphere and devices designed to use wave energy cannot be too simple. The interest in using the energy of sea and ocean waves is caused by the enormous power and many billions of MJ of energy possessed by coastal waves. The task of the developer is to ensure the processability of the design in order to reduce the cost and increase reliability compared to other known designs. This useful model solves these problems better than the ones previously presented. In my opinion, the principle of the model will serve as the basis for the promising direction of devices that convert energy waves into shaft rotation energy. The power on the shaft will actually be 100 kW, and it is more advisable to install hundreds of such on one foundation. The design has excellent prospects for improvement.
机译:最近,可再生能源的使用已成为西欧能源发展的主要重点,以及核能的使用。已经开发了数十种不同的设计,并运作了潮汐,水下电流,海浪的能量,其中大部分是实验设计,旨在确定该领域技术思想的最经济上有利可图的方向。显然,这种设计的主要优点应该是简单性,可靠性和高效率。海浪是一种复杂的现象,这可能是水层动态的主要部分,设计用于使用波能的器件不能太简单。利用海洋和海浪的能量的兴趣是由沿海海浪所拥有的巨大力量和许多MJ的能源引起的。开发人员的任务是确保设计的可加工性,以降低与其他已知设计相比的成本并提高可靠性。这种有用的模型可以更好地解决这些问题而不是先前呈现的问题。在我看来,该模型的原理将作为将能量波转换为轴旋转能量的设备的有希望方向的基础。轴上的电源实际上是100 kW,更有建议在一个基础上安装数百个。该设计具有出色的改进前景。

著录项

  • 公开/公告号WO2021080457A1

    专利类型

  • 公开/公告日2021-04-29

    原文格式PDF

  • 申请/专利权人 ABAKAROV ADAM SHAKHBANOVICH;

    申请/专利号WO2020RU00403

  • 发明设计人 ABAKAROV ADAM SHAKHBANOVICH;

    申请日2020-07-31

  • 分类号F03B13/18;

  • 国家 RU

  • 入库时间 2022-08-24 18:29:21

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