1) wind turbine tower
风力发电机塔架
1.
The dynamic problem of wind turbine tower was analyzed in this article,including calculation of dynamic characteristics,analysis global stability,design methods of fatigue,loading of structure and so on.
分析了风力发电机塔架结构的动力学问题,包括塔架结构动力特性计算、整体稳定性分析、抗疲劳设计方法以及塔架所承受的荷载等问题。
2.
There is no unification design regulations standard for wind turbine tower at home yet.
该结构体系一直以引进国外的设计为主,国内没有统一的风力发电机塔架设计规程标准。
3.
Study on Characteristics of Wind Turbine Tower under Seismic Load and Wind Load;
本文以某风力发电机塔架作为研究对象,以ANSYS作为分析平台,对风荷载及地震波载荷作用下的结构动力响应进行了研究。
2) wind power tower
风力发电塔架
1.
Based on fabrication of Jilin Tongyu wind power tower,authors introduce assembly and welding of tower foundation rings,flange welding flatness control,technology requirements and methods of integral cylinder segment and welding.
以吉林通榆风力发电塔架制作工程为背景,介绍了塔架基础环组装与焊接、法兰焊接的平面度控制、整体筒节的组对与焊接等项目的工艺要求、方法等。
3) wind generator tower
风力发电机塔筒
1.
The anticorrosion coating used for wind generator tower was development based on its usage surrounding.
根据风力发电机塔筒的使用环境、防腐涂层设计要求及施工要求研制了用于风力发电机塔筒的防腐蚀涂料,涂层系统由环氧富锌底漆、厚浆环氧中间漆、脂肪族聚氨酯面漆组成,文章讨论了基料、助剂等对涂层性能及外观的影响,以及施工中遇到的问题和解决方法。
4) Wind turbine tower
风力机塔架
1.
In recent years, the use of wind power is exploited rapidly in the world, the rated power of wind turbine is larger and larger, so the dynamic problems of wind turbine tower is more and more extrusive.
近年来,风力发电事业在世界范围内得到迅速发展,风力机单机功率越来越大,风力机塔架结构的动力学问题也日益突出。
5) wind turbine generator tower foundation
风力发电塔基础
1.
In this paper,against present status of the foundation design in China,the improvement and optimization of the base design is proposed on the basis of load characteristics of wind turbine generator tower foundation and ground condition.
风力发电塔基础是结构的重要组成部分,它承担着将上部结构所承受的全部荷载和作用安全可靠地传递到地基,并保持结构整体稳定的作用。
6) wind-driven generator
风力发电机
1.
Aiming at requirement of control for megawatt wind-driven generator with variable propeller pitch of horizontal axis, a hydraulic control system is designed.
针对兆瓦级水平轴变桨距风力发电机的控制要求,设计了液压控制系统。
2.
The structure shape design of the wind-driven generator rotor blade,the development of the blade materials used in the wind power generation field,and the development of the blade manufacturing process have been studied in this paper.
对风力发电机叶轮叶片的结构形状设计、风力发电领域中叶片材料的进展、叶片制造工艺进展等方面进行了研究,并在此基础上介绍了国内外风力发电机产品的特点和发展。
3.
Based on its merit,double-fed wind-driven generator has become one of mainstream model of wind-driven generator which connect with grid directly.
双馈风力发电机由于其的优点,己成为并网型风力发电机的主流机型之一。
补充资料：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)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条