科技与创新
科技與創新
과기여창신
Science and Technology & Innovation
2015年
8期
137-137,138
,共2页
谐振过电压%非线性谐振%铁磁谐振%消谐
諧振過電壓%非線性諧振%鐵磁諧振%消諧
해진과전압%비선성해진%철자해진%소해
resonance overvoltage%nonlinear resonance%ferromagnetic resonance%harmonic elimination
中性点不接地系统因铁磁谐振过电压而引起的故障、事故屡见不鲜。通过对铁磁谐振过电压产生的机理和消谐措施进行分析,以期指导相关单位结合现场实际选择针对性强、有效的消谐措施。
中性點不接地繫統因鐵磁諧振過電壓而引起的故障、事故屢見不鮮。通過對鐵磁諧振過電壓產生的機理和消諧措施進行分析,以期指導相關單位結閤現場實際選擇針對性彊、有效的消諧措施。
중성점불접지계통인철자해진과전압이인기적고장、사고루견불선。통과대철자해진과전압산생적궤리화소해조시진행분석,이기지도상관단위결합현장실제선택침대성강、유효적소해조시。
Fault ungrounded system due to over-voltage caused by ferromagnetic resonance, accidents are common. Elimination mechanism by ferromagnetic resonance over-voltage generated analysis to guide the relevant units combine the actual site selection targeted and effective measures to eliminate harmonics.