南京信息工程大学学报
南京信息工程大學學報
남경신식공정대학학보
Journal of Nanjing University of Information Science & Technology
2015年
5期
469-474
,共6页
路永玲%陶风波%周志成%刘洋
路永玲%陶風波%週誌成%劉洋
로영령%도풍파%주지성%류양
气象灾害%电网设备%故障防御%气象预警%在线监测
氣象災害%電網設備%故障防禦%氣象預警%在線鑑測
기상재해%전망설비%고장방어%기상예경%재선감측
meteorological disasters%grid equipment%fault prevention%meteorological warning%on-line monitoring
随着全球气候特征的明显变化及江苏工业经济的高速发展,江苏电网设备因气象灾害所引发的故障呈现逐年递增的态势,污闪、风偏等故障次数明显增多.在广泛调研收集资料的基础上对江苏地区典型气象条件的时空分布、气象灾害形成原因进行统计分析,得出大风、雷暴、雾霾、覆冰天气条件下电网设备的故障特征,明确了故障时的主要气象要素及影响规律;同时结合江苏电网运行经验和目前采取的防御措施,提出加强电网设备抗灾设计、采用防灾新技术、建立电网灾害监测及预警系统的总体防御思路,可为具有类似气象灾害的电网设计、运行及事故预防提供重要参考.
隨著全毬氣候特徵的明顯變化及江囌工業經濟的高速髮展,江囌電網設備因氣象災害所引髮的故障呈現逐年遞增的態勢,汙閃、風偏等故障次數明顯增多.在廣汎調研收集資料的基礎上對江囌地區典型氣象條件的時空分佈、氣象災害形成原因進行統計分析,得齣大風、雷暴、霧霾、覆冰天氣條件下電網設備的故障特徵,明確瞭故障時的主要氣象要素及影響規律;同時結閤江囌電網運行經驗和目前採取的防禦措施,提齣加彊電網設備抗災設計、採用防災新技術、建立電網災害鑑測及預警繫統的總體防禦思路,可為具有類似氣象災害的電網設計、運行及事故預防提供重要參攷.
수착전구기후특정적명현변화급강소공업경제적고속발전,강소전망설비인기상재해소인발적고장정현축년체증적태세,오섬、풍편등고장차수명현증다.재엄범조연수집자료적기출상대강소지구전형기상조건적시공분포、기상재해형성원인진행통계분석,득출대풍、뇌폭、무매、복빙천기조건하전망설비적고장특정,명학료고장시적주요기상요소급영향규률;동시결합강소전망운행경험화목전채취적방어조시,제출가강전망설비항재설계、채용방재신기술、건립전망재해감측급예경계통적총체방어사로,가위구유유사기상재해적전망설계、운행급사고예방제공중요삼고.
With the obvious change of global climate characteristics and rapid development of industrial economy, the number of faults on grid equipment in Jiangsu Power Grid caused by meteorological disasters is showing an in-creasing trend year by year,especially the contamination flashover faults and wind deflection faults. On the basis of extensive investigation,this paper presents the fault characteristics of power grid equipment under wind, thunder-storm,haze or ice.And furthermore it pinpoints the main meteorological elements and the related influence law.Com-bining with the existing operation experience and prevention measures,this paper gives the overall defense advice for power grid against meteorological disasters, including improved design and plan of power grid equipment, employment of new technology,meteorological disaster monitoring and warning system.The results above can provide important reference for the designing, maintaining and fault prevention of power grids with similar meteorological conditions.