摘要
研究了区域集中供冷项目10 kV冷水机组专用20/10 kV-10 000 kVA变压器的系统部署方法和无功补偿系统的设置,并采用了全电磁一次投切的容性无功补偿系统和发挥了抗性无功补偿的相互作用,有效解决了系统在空载时无功补偿需求与全负荷时无功补偿需求的巨大差异问题。
The research on the system of district cooling project of 10 kV 20/10 kV-10 000 kVA chiller special transformer deployment method and reactive power compensation system is set up, and using the interaction of cutting the capacitive reactive compensation system and play a resistance of reactive power compensation for the first time a full electromagnetic, effectively solves the system reactive power the compensated demand in the no-load and full load when the great difference of reactive power compensation demand problem.
出处
《科技与创新》
2015年第6期65-66,共2页
Science and Technology & Innovation
关键词
区域集中供冷
冷水机组
专用变压器
空载补偿
cooling concentrated area
water chiller
special transformer
no-load compensation
