潮汐发电

  • 网络tidal power generation;Tidal Energy
潮汐发电潮汐发电
  1. 悬挂形式水力自控闸门及其在潮汐发电中的应用

    Hydro-automatic Gate with Suspended Type and Its Application in Tidal Power

  2. 潮汐发电技术经济分析及开发前途

    Technical and Economical Analysis of Tidal Power and its Perspective in China

  3. 这一潮汐发电协议还标志着中国承包商的一次重大胜利。

    The lagoon deal also marks a significant coup for Chinese contractors .

  4. 浙江的潮汐发电实践

    Utilization of Tidal Power in Zhejiang Province , China

  5. 对沙埕港建设潮汐发电综合利用工程的管见

    My humble opinion about building comprehensive utilization project of tidal power in shacheng Harbour

  6. 潮汐发电的开发及技术问题

    Tidal Power-Its Exploitation and Accompanying Technical Problems

  7. 有些科学家正在努力研究怎样利用潮汐发电。

    Some scientists are working hard at how tide can be harnessed to produce electricity .

  8. 本文阐述了有关潮汐发电方面的四个问题,即:能源开发与潮汐发电;

    Four Problems concerning the development of the tidal Power are discussed in this Paper : 1 .

  9. 另外,它还适用于风力、潮汐发电以及电网无功补偿领域。

    In addition it can be used in the situations of generating electricity by wind power and tide .

  10. 这台涡轮机浸入海中标志十年的研究和开发不仅使潮汐发电经济可行,而且找到了更多的方式产生可再生能源。

    The submersion marks a decade of research and development to not only making economically viable , but finding more ways to generate renewable power .

  11. 建造港口、油码头,兴建入海河口水利和潮汐发电工程,必须采取措施,保护水产资源。

    Measures must be taken to protect the aquatic resources when building harbours and oil terminals , as well as water conservancy facilities and tidal power stations in estuaries .

  12. 加拿大魁北克、不列颠哥伦比亚、马尼托巴、纽芬兰、新斯科舍这些省份一些最有前景的水电站和潮汐发电站项目,也因政治上的纠纷而搁浅。

    Political disputes have also stranded some of the world 's most promising hydroelectric and tidal power prospects in the Canadian provinces of Quebec , British Columbia , Manitoba , Newfoundland and Nova Scotia .

  13. 不但适合于变速风力发电系统,而且适合一切随机性很强的能源,如太阳能、潮汐发电系统等。

    It can be used not only by vari - able speed wind turbine generator system but also by all random energy sources such as solar energy , morning and evening tides generator system etc.

  14. 海上构筑物如舰船、潮汐发电设备、海底管线、栈桥码头、海上石油平台等都面临着严重的腐蚀问题,涂料涂装和金属涂覆是常用的防护方法。

    The marine structures such as ships , tidal power stations , pipelines , bridges and offshore structures have been severely eroded in marine environment . It has been reported that paint and metallic coatings can durably protect the structures from corrosion .

  15. 一个加利福尼亚人想要在圣奥诺弗雷(sanonofre)核电厂附近建造一座“潮汐水力发电场”,将水电引上岸来。

    A man in California wants to build a " hydrokinetic wave farm " that would bring hydroelectric power ashore near the San Onofre nuclear power plant .

  16. 潮汐能发电的前景

    The foreground of Tide Power

  17. 潮汐能发电站水轮机调速设备若干问题的探讨移动电站自动测试设备

    Discussions on the Several Problems of Speed Governor System for the Turbine of Tidal Power Plant mobile power station automatic test equipment

  18. 小型潮汐能发电技术基本成熟,技术和设备均可依靠自己独立完成,潮流能和波浪能的开发在近年来也有了很大进步。

    The small size tidal energy power generation techniques is mature enough and the techniques as well as the equipment could be domestically concluded .

  19. 阐述了海洋温差发电、海洋波浪发电及潮汐潮流发电的原理、现状及发展趋势。

    The paper delineates the general principles , the state of art and development tendencies of power generation by making use of oceanic temperature differences , wave rocking energy and tidal energy .

  20. 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。

    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 .

  21. 尼日利亚拥有丰富的能源资源,主要的能源资源是原油、天然气、煤炭、沥青砂、生物能源和其他可再生能源如太阳能、潮汐、风力发电以及大型水力发电。

    The main energy resources are crude oil , natural gas , coal , tar sand , biomass and other renewable energy resources such as solar energy , tidal and wind power , as well as large hydroelectric potential .

  22. 国内外多座潮汐电站建成经验表明,潮汐发电技术上是可行的。

    The successful constructing and operating experiences from many Chinese and foreign tidal power stations have shown that tidal generation of electricity is feasible .

  23. 潮汐能作为一种可再生资源,蕴藏量大,利用潮汐能发电,运行成本低。

    The running cost of generating power from tidal energy is very low .

  24. 本论文还对江厦潮汐电站的实际运行资料进行了数值模拟计算,结果表明:采用优化调度可使潮汐电站提高年发电量9%以上。

    At last , this paper proceeds the calculation of Jiang Xia tide-power station . The result shows that optimal regulation of tide-power station s can improve above 9 % of the electricity .