海上风力发电机,offshore wind turbine
1)offshore wind turbine海上风力发电机
1.Calculating of hydrodynamic forces on theoffshore wind turbine tripod foundation海上风力发电机三桩基础波流力的计算
2.Fast and effective installation ofoffshore wind turbine is the key to wind power development.本文介绍了海上风力发电机组及其安装方法的国内外发展概况,对海上安装设备和安装环境做了全面的分析,分别对整体安装和分体安装进行了分类,并详细分析了分体安装的整个工艺过程。
英文短句/例句
1.The Analysis of the Hydrodynamic Forces on the Offshore Wind Turbine Foundation;海上风力发电机桩基础波流荷载研究
2.Fatigue Analysis on Support Structures for Offshore Wind Turbines海上风力发电机支撑结构的疲劳分析
3.Overall Soft Landing Installation of Offshore Wind Turbine海上风力发电机组的整体软着陆安装
4.Calculating of hydrodynamic forces on the offshore wind turbine tripod foundation海上风力发电机三桩基础波流力的计算
5.Dynamic Responses and Fatigue Characteristic Analysis of the Offshore Wind Turbine Tower under Combined Wind and Wave;海上风力发电机组塔架在风波联合作用下的动力分析及疲劳分析
6.Estimation of lateral deformation of monopile foundations by use of cyclic triaxial tests用循环三轴试验分析海上风力发电机单桩基础侧向位移
7.STRUCTURAL DESIGN OF THE STEEL INSTALLATION SYSTEM OF THE OFFSHORE WIND POWER GENERATOR海上风力发电风机钢结构安装体系设计
8.The Research of Shanghai C Wind Electric Power Station Project for the Asset Securitization;上海C风力发电项目资产证券化研究
9.The Modeling of Excitation System of Power Plant in Shanghai Electric Power School;上海电校电力仿真机发电厂励磁系统的建模
10.Offshore Wind Power Generation:New Battlefield for Anticorrosive Industry海上风力发电领域——防腐蚀专业的新战场
11.Foundation Construction Technology for Wind Driven Generator in Coastal Shoal Area沿海滩涂地区风力发电机基础的施工技术
12.Research on mechanism of main mechanical faults of offshore wind turbine海上风电机组主要机械故障机理研究
13.lower-powered wind generating set小功率风力发电机组
14.Dynamic Responses Analysis of Wind Turbine Tower Subjected to Environmental Loads海上风力发电支撑体系在环境荷载作用下动力响应分析
15.The Application of High-voltage Frequency Converter to Forced Draft Fan in Thermal Power Plant高压变频器在火力发电厂送风机上的应用
16.Power can be fed from wind generators into the electricity grid system.电力可以从风力发电机流入输电网。
17.The Harmonic Characteristic Study of Wind Farm Containing Doubly-fed Wind Generator含双馈风力发电机的风电场谐波分析
18.The Overview of Wind Power Technology and Wind Turbines Commonly Used both at Home and Abroad中外常用风力发电技术及风电机概述
相关短句/例句
offshore wind turbine海上风力发电机组
1.Analysis on wave loads ofoffshore wind turbine;海上风力发电机组塔架海波载荷的分析
3)Offshore Wind Power Generation海上风力发电
4)DEVELOPMENTS OF OFFSHORE WIND POWER海上风力发电进展
5)offshore wind structure海上风力发电结构
1.Review on dynamic research ofoffshore wind structures海上风力发电结构动力研究进展
6)offshore wind turbine海上风力机
1.Aerodynamic loads and structure of onshore oroffshore wind turbines were analyzed.在此基础上,分析了海上风力机塔架复杂的外界载荷工况,研究了海上风力机圆筒型塔架在随机风载荷和波浪载荷作用下的动力响应数值分析方法;探讨了塔架的疲劳性能,破坏准则及疲劳寿命估计方法;提出了一种基于Palmgren Miner线性累积损伤法则的混泥土塔架安全寿命估计方法。
2.The dynamic response numerical analysis method of theoffshore wind turbine cylindrical tower was investigated under combined unsteady aerodynamic loading and wave loading.研究了海上风力机圆筒型塔架在随机风载荷和波浪载荷作用下的动力响应数值分析方法;建立了基于Palmgren Miner线性累积损伤法则的混泥土塔架安全寿命估计方法。
延伸阅读
风力/阳光发电系统风力/阳光发电系统wind/photovoltaic system风力/阳光发电系统(wind/photovoltaiesystem)风力发电机与太阳电池组成的供电系统。其结构如图所示。由风力发电机及太阳电池输出的直流电皆向蓄电池充电.再由蓄电池输出恒压直流电供直流负载或经逆变器转换为交流电供交流负载。风能、太阳能都具有能量密度低、稳定性差的弱┌─┐ │ │ ┌────┐└─┘ │.蓄电池 │└────┘ ┌───┐ │电阻性│ │电热器│ └───┘风力/阳光发电系统点，并受地理分布、季节变化、昼夜变化等因素的影响。中国属于季风气候区，冬春季节风力强，太阳辐射弱;夏秋季风力弱，太阳辐射强，两者能量变化趋势相反，风力/阳光发电系统利用能量互补的特性，可输出比较稳定的电能，并增加供电的可靠性。风力/阳光发电系统中风力发电机、太阳电池阵列及蓄电池的容量可根据风能、太阳能变化规律及负载变化规律得出。(王承胶)
