烟草科技
煙草科技
연초과기
Tobacco Science & Technology
2015年
9期
94-98
,共5页
王先明%张振峰%符建文%尹嘉娃
王先明%張振峰%符建文%尹嘉娃
왕선명%장진봉%부건문%윤가왜
卷接机组%集中风力除尘系统%管道切换%执行单元%能耗
捲接機組%集中風力除塵繫統%管道切換%執行單元%能耗
권접궤조%집중풍력제진계통%관도절환%집행단원%능모
Cigarette maker%Centralized dust removal system%Pipeline switching%Execution unit%Energy consumption
为解决卷接机组开机台数较少情况下,集中风力除尘系统过度冗余而造成能源浪费等问题,利用模块化、柔性化设计理念和管道切换技术,以12台PROTOS 70卷接机组为例,对卷接机组布局以及除尘系统的运行数量等进行了研究与改进:①3套除尘系统(FC/FS)中的2套由连接4台卷接机组改为连接6台;②第3套除尘系统连接的4台卷接机组设计为双系统除尘管道,2台与第1套除尘系统连接,另2台与第2套除尘系统连接;③在各双系统除尘管道上配置切换执行单元,增加系统切换功能.结果表明:①在卷接机组不多于5台情况下只需运行1套FC/FS,在不多于10台情况下只需运行2套FC/FS;②在满足卷接机组运行前提下可减少1套FC/FS,节约电量2 640 kWh/d,节约电费1 663.2元/d.该设计方案的应用,实现了卷接机组与除尘系统联机的快速切换与优化组合,减少了除尘系统的运行数量,有效提高了集中风力除尘系统风能的利用率,较好地解决了能源浪费严重等问题.
為解決捲接機組開機檯數較少情況下,集中風力除塵繫統過度冗餘而造成能源浪費等問題,利用模塊化、柔性化設計理唸和管道切換技術,以12檯PROTOS 70捲接機組為例,對捲接機組佈跼以及除塵繫統的運行數量等進行瞭研究與改進:①3套除塵繫統(FC/FS)中的2套由連接4檯捲接機組改為連接6檯;②第3套除塵繫統連接的4檯捲接機組設計為雙繫統除塵管道,2檯與第1套除塵繫統連接,另2檯與第2套除塵繫統連接;③在各雙繫統除塵管道上配置切換執行單元,增加繫統切換功能.結果錶明:①在捲接機組不多于5檯情況下隻需運行1套FC/FS,在不多于10檯情況下隻需運行2套FC/FS;②在滿足捲接機組運行前提下可減少1套FC/FS,節約電量2 640 kWh/d,節約電費1 663.2元/d.該設計方案的應用,實現瞭捲接機組與除塵繫統聯機的快速切換與優化組閤,減少瞭除塵繫統的運行數量,有效提高瞭集中風力除塵繫統風能的利用率,較好地解決瞭能源浪費嚴重等問題.
위해결권접궤조개궤태수교소정황하,집중풍력제진계통과도용여이조성능원낭비등문제,이용모괴화、유성화설계이념화관도절환기술,이12태PROTOS 70권접궤조위례,대권접궤조포국이급제진계통적운행수량등진행료연구여개진:①3투제진계통(FC/FS)중적2투유련접4태권접궤조개위련접6태;②제3투제진계통련접적4태권접궤조설계위쌍계통제진관도,2태여제1투제진계통련접,령2태여제2투제진계통련접;③재각쌍계통제진관도상배치절환집행단원,증가계통절환공능.결과표명:①재권접궤조불다우5태정황하지수운행1투FC/FS,재불다우10태정황하지수운행2투FC/FS;②재만족권접궤조운행전제하가감소1투FC/FS,절약전량2 640 kWh/d,절약전비1 663.2원/d.해설계방안적응용,실현료권접궤조여제진계통련궤적쾌속절환여우화조합,감소료제진계통적운행수량,유효제고료집중풍력제진계통풍능적이용솔,교호지해결료능원낭비엄중등문제.
To save the energy consumption of a centralized dust removal system when fewer cigarette makers are running, taking a system for a group of twelve PROTOS 70 cigarette makers with three dust removal units as an example, the layout of cigarette makers and the number of running dust removal units were rearranged on the basis of modular and flexible design concept and pipeline switching technology: 1) The number of cigarette makers connected to the first and second dust removal units increased from four to six. 2) Two of the four cigarette makers connected to the third dust removal unit were connected to the first dust removal unit and the other two to the second dust removal unit separately served as bypasses 3) Adding a switching execution unit in each bypass to direct dust air to desired dust removal unit. The results showed that: 1) In the case of less than five cigarette makers in running, only one dust removal unit was needed; if no more than ten, then just two units were needed. 2) Under the prerequisite of ensuring cigarette makers'running, new system dispensed with one dust removal unit, electric power consumption reduced by 2 640 kWh/day (1 663.2 RMB Yuan/day). The quick switching and optimized combination between cigarette makers and dust removal systems promoted the energy efficiency of the centralized dust removal system.