潮流发电

潮流发电&一种开发潮汐能的新方法

Tidal Stream Power Generation & A New Approach to Tidal Energy

变速恒频潮流发电系统的分析研究

The Research of Control System for VSCF Tideway Generation System

废弃导管架海洋平台潮流发电的力学分析

Mechanics Aanalysis of Tidal Electricity Generation by Use of Waste Offshore Jacket Platform

竖轴变攻角潮流发电水轮机性能预报流管模型研究

Streamtube models for performance prediction of vertical-axis variable-pitch turbine for tidal current energy conversion

潮流发电帆翼式柔性叶片水轮机实验研究

Experimental investigation on sail-winged flexible blade turbine

潮流发电水轮机基于动量定理的性能计算方法研究

Study on performance prediction methods of the vertical-axis variable-pitch turbine for tidal stream energy conversion based on momentum theory

竖轴潮流发电水轮机是目前广泛实验和研究的潮流能转换装置。

Vertical-axis tidal turbines are one type of extensively tested and studied energy conversion systems for marine currents application .

从水轮机水动力学原理出发，建立了提高竖轴变攻角潮流发电水轮机能量利用率的优化方法和数学模型。

An optimization method and mathematic model based on turbine hydrodynamics were presented to enhance the power coefficient of the vertical_axis straight_blade turbine for tidal streams energy conversion .

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 .

近年来，水平轴潮流发电机械能作为一种新型可再生能源，以其蕴藏丰富，环境友好的巨大优势在全球得到了迅猛发展，技术越发成熟。

In recent years , tidal power as a new renewable energy , has a rapid development and a more mature technology with its huge advantages like abundant resource and environmentally friendly .

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 .

水平轴螺旋桨式潮流能发电装置的试验研究

Experimental investigation of a horizontal axial tidal current energy conversion system

潮流能发电实验平台检测控制系统研究

Research on the Detection and Control System of Tidal Current Power Generation Experimental Platform

文中提出了基于液压传动的独立运行式变速恒频潮流能发电系统。

A stand-alone variable-speed constant-frequency tidal current energy conversion system based on hydraulic transmission is proposed .

因此，如何利用潮流能发电是急需解决的问题。

So how to use tidal power to generate electricity is an urgent problem to deal with .

利用潮流能发电不仅经济、不占土地，而且不污染环境。

It has many advantages using tidal power to generate electricity , such as economy , not occupying lands and not polluting environment .

潮流能发电设备的开发、关键技术的研究以及工程实施方法的研究，在未来海洋潮流能源开发利用中相当重要。

Devices development of tidal current power plant , research of key technologies and methods of project implement are very important in energy development and utilization of tidal current power in future .

本文研究表明，双体船潮流能发电站载体平台能够满足百千瓦级潮流水轮机工作要求，可作为漂浮式潮流电站载体。同时，为今后同类船型设计提供了参考。

It can satisfy the service requirement of 100 KW class tidal current turbine . The research work in the paper provided a reference for design on the same type twin hull tidal stations .

本文主要工作如下：（1）论述了水平轴潮流能发电装置研究的背景和意义；介绍了国内外潮流能发电技术特别是叶轮装置的发展现状。

This paper main works are as follows : 1 . Discuss the background and history of the horizontal axis marine current turbine ( HAMCT ); introduce the development status of marine turbine technology , especially the blades in China and foreign countries ; 2 .