海洋温差
- 网络OTEC;ocean thermal gradient
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海洋温差氨-水非共沸混合工质朗肯循环系统研究
Study of OTEC Rankine cycle using non-azeotropic mixture of ammonia-water
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海洋温差能驱动系统的原理和结构
Principle and structure of ocean thermal power system
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设计并搭建海洋温差能海水淡化实验系统,并对实验结果进行分析。
Experimental system is designed and built , and the experimental results are measured and analyzed .
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利用海洋温差能驱动的水下运载器在航行时无需能源补充,海洋温跃层上下的温差就是潜水器动力的来源。
The idea of driving the underwater vehicle ( UV ) by ocean thermal power is proposed .
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肯定能进入决赛的选手海洋温差发电有机朗肯循环工质选择
Certain qualifier for finals Selection of working fluids for ocean thermal energy conversion power generation organic Rankine cycle
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海洋温差能储量巨大,是国际社会公认的最具开发潜力的能源之一。
Ocean thermal energy is one of the most potential energy accepted by the international community because of its tremendous reserves .
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低温热能一般是指温度在200℃以下的热能,包括太阳能热、各种工业废热、生活废热、地热、海洋温差等。
Low temperature heat sources refer to low grade heat sources including solar energy , waste heat , geothermal energy and ocean thermal energy .
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因此,开发新能源同时解决水资源与能源问题,将极大地推动社会的发展。海洋温差能是海洋能的一种,储量丰富且较为稳定。
Therefore it is important to develop new clean energies for desalination and ocean thermal energy is a good choice with abundant reserves and low cost .
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海洋温差能是一种清洁、可再生的能源,可以被用作发电、海水淡化、海水养殖等多种用途。
Ocean thermal energy is a kind of clean and renewable energy , which can be used for generating electricity , seawater desalination , and seawater breed etc.
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温差能驱动的水下滑翔机,通过特殊的动力系统将海洋温差能转化为机械能,驱动滑翔机航行。
The thermal glider changes its net buoyancy by a special power system which can convert ocean thermal energy into mechanical energy and drive the glider moving .
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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 .
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对海洋温差能发电技术的基本原理、类型、系统与装置、发展历史和现状作了全面的综述。
The basic principle , types , system and installation , developing history and the current situations of the Oceanic Thermal Electricity Conversion ( OTEC ) are comprehensively summarized in the paper .
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鉴于我国目前对海洋温差能研究的不足,本文对混合式海洋温差能的利用系统进行了研究。
There is lack of researches on ocean thermal energy at present in this country , so this paper studies on the integrated ocean thermal energy conversion ( OTEC ) cycle system .
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开发海洋温差能不仅可以缓解我国能源压力,调整能源结构,也有利于我国的环境保护。
The exploitation of ocean thermal energy resources not only can reduce the pressure of energy resources in our country , but also can adjust the energy resource structure and environment protection .
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低温热能发电技术主要应用于太阳能热电、工业余热发电、地热发电、生物质能发电、海洋温差发电等方面。
The above-mentioned technology is mainly used for solar-energy cogeneration systems , industrial waste heat-based power generation , geothermal power generation as well as power generation by utilizing biomass energy and ocean temperature difference etc.
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在能源短缺日益严峻的形势下,开发海洋温差能这一清洁可再生能源,对我国整体能源结构的调整及缓解未来能源压力具有重要意义。
In the serious situation of energy shortage , the exploitation of ocean thermal energy , which is clean and renewable energy , is important to adjust our overall energy structure and relieve the pressure of the future energy .
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本文介绍了朗肯循环低温热能发电技术的现状和发展前景,这种发电技术主要用于利用和回收品味相对较低的热能,如太阳热能、工业废热、地热、海洋温差能等;
In this paper , the development of power generation using low temperature heat is introduced . This technology is mainly applied in solar thermal system , industrial waste heat recovery system , geothermal power system , ocean thermal energy conversion system , and etc.
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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 .
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温差能水下滑翔机是利用海洋温跃层温差驱动的新型水下运载器。
Thermal underwater gliders are autonomous underwater vehicles driven by the energy from thermocline .