风力发电机组基础,wind turbine generator set foundation
1)wind turbine generator set foundation风力发电机组基础
1.Finite element analysis of mechanical properties ofwind turbine generator set foundations风力发电机组基础的力学性能有限元分析
英文短句/例句
1.Finite element analysis of mechanical properties of wind turbine generator set foundations风力发电机组基础的力学性能有限元分析
2.Measures to Ensure Foundation Construction Quality for Wind Power Unit;风力发电机组基础施工质量保障措施探讨
3.Optimization Design of an Electric Generating Set Foundation in a Wind Power Plant某风力发电场风电机组基础的优化设计
4.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
5.Dynamic Analysis of the Framed Foundation for the Steam Turbine-generator Set;汽轮发电机组框架式基础的动力分析
6.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
7.Wind-generating sets--Type and basic parametersGB/T8116-1987风力发电机组型式与基本参数
8.Experimental Research on Dynamic Characteristics of 600MW Turbine-Generator Unit Foundation;600MW汽轮发电机机组基础动力特性的试验研究
9.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
10.lower-powered wind generating set小功率风力发电机组
11.Dynamic model of MW grade wind turbine based on Adams基于Adams的MW级风力发电机组动力学建模
12.Research and Development of Control System for Wind Turbine Based on PAC;基于PAC的风力发电机组控制系统的研究与开发
13.Selection of Optimal Wind Generator Units Type and the Site of Wind Power Plant风电厂选址及最佳风力发电机组选型
14.The research and development of the generator mount about 1.5 MW wind turbine1.5MW风力发电机组发电机减振器的研制
15.The Research of Wind Turbine s Design Problem Based on the Weight Models;基于重量模型的风力发电机组设计问题的研究
16.Optimization Design of Controller for Large-scale Wind Turbines Based on Bladed;基于Bladed的大型风力发电机组控制器优化设计
17.A Study on Controlling Technology of Wind Generators Based on Embedded System基于嵌入式系统的风力发电机组控制系统研究
18.Simulation Research of Wind Turbine Based on Fuzzy Control基于模糊控制的风力发电机组仿真研究
相关短句/例句
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 ofwind 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。
3)wind turbine风力发电机组
1.Discussions on general design of large scale variable speedwind turbine;大型变速风力发电机组总体设计中的几个问题探讨
2.System modeling and simulation ofwind turbines;风力发电机组系统建模与仿真
3.Mode analysis on MW gradewind turbine;兆瓦级风力发电机组的模态分析
4)wind turbine generator system风力发电机组
1.Method for collective pitch control ofwind turbine generator system;风力发电机组变桨距控制方法研究
2.Simulation of the Dynamic Model about Wind Turbine Generator System and Research of Control System;风力发电机组动态特性仿真与控制系统研究
3.With rapid development of wind turbine industry, the function of more stability and high efficiency are required inwind turbine generator system.风电产业的迅速发展对风力发电机组齿轮箱运行的稳定性和高效性提出了很高的要求,为了降低由于振动导致的齿轮箱故障,提高机组工作的可靠性,需要探求降低齿轮箱故障的有效途径。
5)wind energy conversion system风力发电机组
1.H-infinity robust control of constant power output for thewind energy conversion system above rated wind;额定风速以上风力发电机组的恒功率H_∞鲁棒控制
2.The modeling of the wind turbine is the base of the control and optimization of thewind energy conversion system.该文讨论了风力发电系统建模的思想,对在国内外的风力发电机组建模中已经采用的模型、方法及其应用的优缺点进行了综合分析,并在分析的基础上,介绍了模型的简化方法和线性化方法,结合学科发展的趋势,提出了以后的发展目标,这对有关风力发电机组的建模和控制方面有一定的借鉴意义。
3.The research objective of this paper is to find a control method which can obtain maximum energy conversion efficiency for a complicated non-linear time-varyingsystem------variable speedwind energy conversion system(WECs).本文的研究目标是为大型并网风力发电机组建立一种以获取最大能量转换效率为目的的控制算法,该算法同时兼顾到控制过程良好的动态特性与稳定性,并将机组结构在风力作用下引起的动力学问题及其疲劳影响程度减到最低。
6)wind turbines风力发电机组
1.Control strategy for variable speed fixed pitchwind turbines;定桨距变速风力发电机组的控制策略研究
2.Analysis of extreme wind conditions in load calculation ofwind turbines;风力发电机组载荷计算中的极端风况分析
3.Operation of grid connectedwind turbines has a negative impact on the power quality of local network.风力发电机组的并网运行对当地电网的电能质量有不良影响。
延伸阅读
风力风力wind forcefengli风力(windfo犯e)风的强度。气象上用蒲福风级表示风力大小的等级(见485页表)，即对应于一定风速范围的风对地面(或海面)物体影响程度，将风的强度从弱到强依次定出的等级，系英国人F，蒲福于l8()5年所拟定，以后几经修改。自l洲6年以来，修订为18个等级(0~17级)。(朱淑兰)
