摘要
本文中作者结合当前低碳经济发展的需要,优化了大容量电力变压器的冷却方式,促使辅助功率消耗与变压器运行传输负荷匹配,使变压器运行更趋于低能耗的目标。
Combining with the needs of the development my, the cooling method of large power transformer is paper. The auxiliary power loss is prompted to match the transformer operation trend to be low energy toss, of the current optimized by low carbon the authors econo- the transformer transmission load,the transformer operation trend to be low energy loss.
出处
《变压器》
北大核心
2016年第6期40-42,共3页
Transformer
关键词
变压器
冷却方式
辅助功率
Transformer
Cooling method
Auxiliary power