CAJ | 학술논문

为了对西北地区高海拔风沙天气条件下的导线电晕特性系统地展开研究,并克服恶劣的气候环境给研究工作带来的困难,通过对西北当地风沙环境调研,确定基本风沙参数;结合超高压电晕笼,通过理论分析计算、采用Fluent软件的k-ε湍流模型对气固两相流进行数值模拟,计算出能够满足电磁学和流体力学两方面性能基本要求的风管系统;再结合一系列电晕特性测量系统,设计出风沙条件下导线电晕特性的模拟试验系统。该系统在满足科学可行的前提下,具有高可控性,同时保证尽可能地贴近实际情况;研究成果可为进一步开展高海拔风沙气候条件下的导线电晕特性研究奠定基础,同时也为风沙物理学的研究提供参考。
위료대서북지구고해발풍사천기조건하적도선전훈특성계통지전개연구,병극복악렬적기후배경급연구공작대래적곤난,통과대서북당지풍사배경조연,학정기본풍사삼수;결합초고압전훈롱,통과이론분석계산、채용Fluent연건적k-ε단류모형대기고량상류진행수치모의,계산출능구만족전자학화류체역학량방면성능기본요구적풍관계통;재결합일계렬전훈특성측량계통,설계출풍사조건하도선전훈특성적모의시험계통。해계통재만족과학가행적전제하,구유고가공성,동시보증진가능지첩근실제정황;연구성과가위진일보개전고해발풍사기후조건하적도선전훈특성연구전정기출,동시야위풍사물이학적연구제공삼고。
In order to launch the study of the corona characteristics in northwestern China, which is in high altitude and sandstorm weather conditions, and to overcome the difficulties that the bad climate environment brings to the research, we designed a set of system for corona characteristics of conductor under sandstorm conditions. The basic parameters of the sandstorm were determined on the basis of the research for the local climate of northwest, and a air-line system for EHV corona cage, meeting the basic requirements of electromagnetic and fluid mechanics, was calculated by the theoretical analysis, calculation and the numerical simulation methods based on the k-e turbulence model by the means of Fluent, and a series of measuring systems for corona characteristics were included in the design. Under the premise of science and feasibility, the system is highly controllable and guarantees the practical situation at the same time. The results can lay the foundation for further development of studying corona characteristics of conductor under the sandstorm conditions, and provide a reference for the research of Sandstom Physics.