科技与创新
科技與創新
과기여창신
Science and Technology & Innovation
2015年
23期
86,90
,共2页
变电站%接地保护%电阻率%接地网络
變電站%接地保護%電阻率%接地網絡
변전참%접지보호%전조솔%접지망락
substation%grounding protection%electrical resistivity%grounding network
为了保障变电站的安全性和可靠性,相关工作人员应积极采取接地保护措施.在高土壤电阻率地区的施工中,要想满足工程要求是比较困难的,特别是在地网面积受限的情况下.因此,应根据不同的地质构造特点、电气设备的类型和系统的运行方式施工,从而达到经济、节约、安全、合理的目的.
為瞭保障變電站的安全性和可靠性,相關工作人員應積極採取接地保護措施.在高土壤電阻率地區的施工中,要想滿足工程要求是比較睏難的,特彆是在地網麵積受限的情況下.因此,應根據不同的地質構造特點、電氣設備的類型和繫統的運行方式施工,從而達到經濟、節約、安全、閤理的目的.
위료보장변전참적안전성화가고성,상관공작인원응적겁채취접지보호조시.재고토양전조솔지구적시공중,요상만족공정요구시비교곤난적,특별시재지망면적수한적정황하.인차,응근거불동적지질구조특점、전기설비적류형화계통적운행방식시공,종이체도경제、절약、안전、합리적목적.
In order to ensure the safety and reliability of the substation, the relevant staff should take active measures to protect the ground. In the construction of high soil resistivity area, it is very difficult to meet the requirements of the project, especially in the case of limited ground area. Therefore, it should be based on the different geological structure characteristics, the type of electrical equipment and system operation mode, so as to achieve the economic, economical, safe and reasonable purpose.