电子科学技术
電子科學技術
전자과학기술
Electronic Science & Technology
2014年
2期
224-230
,共7页
严大洲%杨永亮%张升学%万烨%姚心%姜利霞%司文学%马志华
嚴大洲%楊永亮%張升學%萬燁%姚心%薑利霞%司文學%馬誌華
엄대주%양영량%장승학%만엽%요심%강리하%사문학%마지화
多晶硅%还原炉%精馏提纯%节能
多晶硅%還原爐%精餾提純%節能
다정규%환원로%정류제순%절능
Polysilicon%Reactor%Distillation purification%Energy-saving
多晶硅是信息产业和新能源产业的基础原材料，多晶硅“高能耗”一直制约产业的发展[1]，本文通过分析多晶硅生产各工序的能耗，找出节能重点环节，通过计算机模拟、系统优化和工程实践，节能效果显著，对多晶硅生产具有现实指导意义。
多晶硅是信息產業和新能源產業的基礎原材料，多晶硅“高能耗”一直製約產業的髮展[1]，本文通過分析多晶硅生產各工序的能耗，找齣節能重點環節，通過計算機模擬、繫統優化和工程實踐，節能效果顯著，對多晶硅生產具有現實指導意義。
다정규시신식산업화신능원산업적기출원재료，다정규“고능모”일직제약산업적발전[1]，본문통과분석다정규생산각공서적능모，조출절능중점배절，통과계산궤모의、계통우화화공정실천，절능효과현저，대다정규생산구유현실지도의의。
Polysilicon is the raw material of the information industry and new energy industry. However, the "high-energy consuming" shortcoming for polysilicon has restricted the development of these industries. This paper analyzes the energy consumption of each polysilicon production process, to identify the key areas of energy-saving. Through computer simulation, system optimization and engineering practical, it indicates that these measures have remarkable energy-saving effect , and have practical guidance for polysilicon production.
