wave power generation

美 [weɪv ˈpaʊər ˌdʒenəˈreɪʃn]英 [weɪv ˈpaʊə(r) ˌdʒenəˈreɪʃn]
  • 网络波浪发电;波浪能发电
wave power generationwave power generation
  1. Study on Analysis Method of Conversion Efficiency of Wave Power Generation System Based on Onsite Testing

    基于现场测试的波浪能发电系统转换效率分析方法研究

  2. Development and prospecs of the oceanic wave power generation

    波浪能发电的开发与展望

  3. Research on the Application of Wave Power Generation Unit on the Condition of Low Output

    波浪发电装置低输出状态的利用研究

  4. The cable data acquisition is developed to perfect the data acquisition system of wave power generation device .

    在建立无线数据采集系统的基础上,开发了系统的有线数据采集功能,使海浪发电数据采集系统得到了进一步的完善。

  5. Dynamic Analysis and Emulation of Float-Type Wave Power Generation Boat

    浮子式海浪发电船的动态分析与仿真

  6. Then , study the application of the wireless data transformation technology in the data acquisition of the wave power generation technology .

    最后,在海浪发电模拟实验装置系统性能研究的基础上,讨论了海浪发电装置的数据采集问题,研究了无线通信技术在海浪发电数据采集技术中的应用。

  7. As a source of a new energy , wave power generation is paid much attention by more countries while the decrease of the amount of the energy day by day .

    随着世界能源日趋紧张,波浪发电作为一种新能源的来源,受到世界各国的重视。

  8. The utility model has the advantages of changing flow direction without the valve box , can make the double-nozzle air turbine wave power generation device generate electricity in the wave .

    本实用新型的优点是能不用阀箱改变气流方向,就能使双喷嘴空气透平波浪发电装置在波浪中发电。

  9. And introduce the design of the actual sea state of wave energy power generation device and the working principle , and feasibility is verified by real sea state .

    并针对实际海况进行了波浪能发电装置的设计,介绍了其工作原理,并通过实海况试验验证了可行性。

  10. OWC ( Oscillating Water Column ) device is a wave energy power generation device , It has simple structure , high marine environment adaptability and power generation efficiency .

    OWC(OscillatingWaterColumn)装置是一种利用波浪能发电的装置,其构造简单、对外海环境适应性强、发电效率高。

  11. The APF based on one-cycle control is added into the grid-connected PV systems , and its simulation results show that the APF based on one-cycle control can effectively compensate for harmonics wave generated by photovoltaic power generation system connected to grid .

    将基于单周控制的有源滤波器引入了光伏并网发电系统中,并对其进行仿真,结果表明基于单周控制的有源滤波器能够有效地补偿因为光伏发电系统并网引起的谐波。

  12. In recent years , great progress has been made in utilizing this energy . In this paper , the principles , development status quo and tendency of ocean thermal energy conversion ( OTEC ), wave and tidal current power generation in the world are described briefly .

    最近几年,世界各国积极开发这种新能源并取得很大的进展,在此,简要介绍了当今世界海洋温差发电、波浪发电和潮汐潮流发电的原理,开发现状和发展趋势。

  13. Using the wave energy to generate electricity is one of the most important ways to utilize the ocean energy . To study the wave power generation has deep and extensive practical significance .

    其中,通过波浪能进行发电是海洋能利用的重要方式之一,因此,进行海浪发电技术的研究具有深刻和广泛的现实意义。

  14. It gives the theory of a type of wave power generating device and a project of wave power which is under constructed in the UK , the prospect of wave power generation worldwide is also presented in the paper .

    本文介绍了海浪发电装置的原理及英国正在建设的一项海浪发电工程,并展望了海浪发电在全世界的发展前景。