安装于集装箱中的SVG散热系统分析与改进
안장우집장상중적SVG산열계통분석여개진
Thermal System Analysis and Improvement of SVG Installed In Container
  • 万方数据
    机电设备 궤전설비
    MECHANICAL AND ELECTRICAL EQUIPMENT
    2014年 4期 46-50 ,共5页

    殷炯%师蒙招%王玉斌%孙林%张祥

    은형%사몽초%왕옥빈%손림%장상

    SVG%散热系统%有限元仿真 SVG%散熱繫統%有限元倣真
    SVG%산열계통%유한원방진
    SVG%thermal system%finite element simulation
    根据柜体的结构布置和功率模块的损耗，对安装在集装箱中的10KV/5MW的SVG散热系统进行了分析。利用ICEPAK分析软件对SVG柜体的通风散热过程进行了模拟仿真分析。结果表明，原散热系统方案不能满足 SVG 运行的需要。根据存在的问题，提出了更换风机型号和改进风道等改进措施，以满足SVG的散热要求。
    근거거체적결구포치화공솔모괴적손모，대안장재집장상중적10KV/5MW적SVG산열계통진행료분석。이용ICEPAK분석연건대SVG거체적통풍산열과정진행료모의방진분석。결과표명，원산열계통방안불능만족 SVG 운행적수요。근거존재적문제，제출료경환풍궤형호화개진풍도등개진조시，이만족SVG적산열요구。
    According to SVG cabinet structure layout and power modules losses on SVG, thethermal systemof 10KV/5MW SVG installed in the container is studied. Theheat dissipation process of SVG cabinet is simulated by using finite elementanalysis software ICEPAK, and the simulation results show that the thermal system cannot meet the requirement of heat dissipation. According, which can the existing problems, some improved measures like modifying the blowers model and improving the air duct are proposed to meet the requirement of heat dissipation.
    원문보기 원문다운로드 사이트로이동
저자의 최근 논문