液压气动与密封
液壓氣動與密封
액압기동여밀봉
HYDRAULICS PNEUMATICS & SEALS
2015年
4期
19-21
,共3页
闫利文%艾存金%王福山%谢辉
閆利文%艾存金%王福山%謝輝
염리문%애존금%왕복산%사휘
风力发电机%液压偏航%AMESim
風力髮電機%液壓偏航%AMESim
풍력발전궤%액압편항%AMESim
wind turbine%hydraulic yaw%AMESim
采用液压马达驱动风力发电机偏航代替电机驱动,并据此设计了液压偏航驱动系统。通过理论分析确定了阀控马达系统的基本方程,建立了其AMESim模型,并对模型进行了仿真,研究了液压驱动马达的启停特性与负载扭矩和转动惯量的关系。
採用液壓馬達驅動風力髮電機偏航代替電機驅動,併據此設計瞭液壓偏航驅動繫統。通過理論分析確定瞭閥控馬達繫統的基本方程,建立瞭其AMESim模型,併對模型進行瞭倣真,研究瞭液壓驅動馬達的啟停特性與負載扭矩和轉動慣量的關繫。
채용액압마체구동풍력발전궤편항대체전궤구동,병거차설계료액압편항구동계통。통과이론분석학정료벌공마체계통적기본방정,건립료기AMESim모형,병대모형진행료방진,연구료액압구동마체적계정특성여부재뉴구화전동관량적관계。
Aiming at wind turbine yaw was drived by a hydraulic motor instead of motor,We designed the hydraulic yaw drive system. Through theoretical analysis established the basic equation of valve controlled motor system and AMESim model,did the simulation of the model,studied on the relationship between start and stop characteristic and the load torque and inertia of the hydraulic drive motor.