CAJ | 학술논문

本文以环保型N2气体作为新型开关设备的绝缘介质，通过工频、击穿特性试验，研究了N2在不同压力、电场结构中的击穿特性。结果表明：随绝对压力的逐渐增加，N2气体的工频和击穿电压增加。此外，根据试验研究以及理论推导，得出了在稍不均匀电场中，N2气体与气体绝对压力之间的关系式。这些研究可为纯N2气体代替纯SF6气体在中压开关领域的应用提供依据。
본문이배보형N2기체작위신형개관설비적절연개질，통과공빈、격천특성시험，연구료N2재불동압력、전장결구중적격천특성。결과표명：수절대압력적축점증가，N2기체적공빈화격천전압증가。차외，근거시험연구이급이론추도，득출료재초불균균전장중，N2기체여기체절대압력지간적관계식。저사연구가위순N2기체대체순SF6기체재중압개관영역적응용제공의거。
The power frequency test and impulse test are conducted to research the breakdown characteristics of nitrogen under different pressure with nitrogen as the new insulating medium in a non-uniform electric field. The results show that the power frequency and breakdown voltage of the nitrogen increases with absolute pressure increasing. In addition, according to experimental research and theoretical, the relationship between nitrogen and gas absolute pressure is derived in the slightly non-uniform electric field. This study can provide experiment basis in the medium voltage switchgear for nitrogen instead of pure sulfur hexafluoride. The research can provide experiment basis for the application of nitrogen instead of sulfur hexafluoride in the field of medium voltage switchgear.