山西电力
山西電力
산서전력
Shanxi Electric Power
2015年
5期
60-63
,共4页
静电除尘%减排节能%临界脉冲电源%场强%空间自由离子密度%临界区
靜電除塵%減排節能%臨界脈遲電源%場彊%空間自由離子密度%臨界區
정전제진%감배절능%림계맥충전원%장강%공간자유리자밀도%림계구
electrostatic precipitation%emission reduction and energy-saving%critical pulse power%field intensity%free ion density%critical region
通过对静电除尘几种电源技术的比较,对临界脉冲电源的技术特点进行了介绍,根据临界脉冲电源在660 MW火力发电机组上的工程试验,对节能减排相关数据进行了详细的对比分析,并根据临界脉冲电源的特点讨论了静电除尘器供电电源的发展趋势.
通過對靜電除塵幾種電源技術的比較,對臨界脈遲電源的技術特點進行瞭介紹,根據臨界脈遲電源在660 MW火力髮電機組上的工程試驗,對節能減排相關數據進行瞭詳細的對比分析,併根據臨界脈遲電源的特點討論瞭靜電除塵器供電電源的髮展趨勢.
통과대정전제진궤충전원기술적비교,대림계맥충전원적기술특점진행료개소,근거림계맥충전원재660 MW화력발전궤조상적공정시험,대절능감배상관수거진행료상세적대비분석,병근거림계맥충전원적특점토론료정전제진기공전전원적발전추세.
Several power supply techniques for electrostatic precipitation are compared, and the features of critical pulse power supply are introduced in detail. According to the test of critical pulse power supply on 660 MW thermal power generation unit,data related to emission reduction and energy-saving are compared and analyzed. The developing trend of power supply for electrostatic precipitator is discussed.
