神华科技
神華科技
신화과기
NORTHWEST COAL
2013年
3期
91-93
,共3页
电除尘器%高频电源%控制优化%节能%减排%合同能源管理
電除塵器%高頻電源%控製優化%節能%減排%閤同能源管理
전제진기%고빈전원%공제우화%절능%감배%합동능원관리
Electric Precipitator%High Frequency Power Supply%Control Optimization%Energy Conservation%Emission Reduction%Contract Energy Management
为了有效降低电站锅炉电除尘器的电耗和烟尘排放,应用合同能源管理分别对2台机组的电除尘电源进行了高频电源改造和工频电源控制优化.经过测试,两种改造方案均可以大幅度降低电除尘器的电耗和烟尘排放浓度,适宜在各电厂推广.
為瞭有效降低電站鍋爐電除塵器的電耗和煙塵排放,應用閤同能源管理分彆對2檯機組的電除塵電源進行瞭高頻電源改造和工頻電源控製優化.經過測試,兩種改造方案均可以大幅度降低電除塵器的電耗和煙塵排放濃度,適宜在各電廠推廣.
위료유효강저전참과로전제진기적전모화연진배방,응용합동능원관리분별대2태궤조적전제진전원진행료고빈전원개조화공빈전원공제우화.경과측시,량충개조방안균가이대폭도강저전제진기적전모화연진배방농도,괄의재각전엄추엄.
In order to reduce the current drain and dust emission of boiler electric precipitator in power station, we take high frequency power transformation and power frequency power control optimization to power supply of 2 units electric precipitator respectively by using contract energy management. After testing, two reconstruction schemes can greatly reduce the current drain and dust emission concentration of electric precipitator, suitable for promotion in power plant.
