CAJ | 학술논문

针对传统接地体材料易腐蚀的缺点和全球能源互联网的发展要求，研制开发一种以改性石墨为主要原材料的新型复合接地体材料。通过对石墨材质的改性和内部伺服不锈合金体，提高接地体的导电性能、结构致密性、力学性能及抗拉、抗压强度和耐折性能。测试结果和实际工程应用表明，改性石墨复合接地体适用于变电站和输电线路杆塔接地网。
침대전통접지체재료역부식적결점화전구능원호련망적발전요구，연제개발일충이개성석묵위주요원재료적신형복합접지체재료。통과대석묵재질적개성화내부사복불수합금체，제고접지체적도전성능、결구치밀성、역학성능급항랍、항압강도화내절성능。측시결과화실제공정응용표명，개성석묵복합접지체괄용우변전참화수전선로간탑접지망。
A new composite grounding body material based on modified graphite is developed according to the shortcoming of traditional grounding body materials which are prone to corrosion and the delvlopment requirement of global energy internet. The conductivity, dense structure, mechanical properties, tensile strength, compressive strength and folding quality of the grounding body is improved by modified graphite material and servo stainless alloy body inside. Test results and practical engineering application show that the modified graphite composite grounding body is suitable for substations and transmission line tower grounding grid.