基于“临近零用水区域”概念的节能供水系统  

Energy Saving System Based on the Conception of "Approaching Zero Supplication Regions"

作　　者：郭笑[1] 肖雪飞[1] 丛文卓[1] 

机构地区：[1]东北大学E&E参赛队,辽宁沈阳110004

出　　处：《控制工程》2009年第S4期83-85,共3页Control Engineering of China

摘　　要：针对实际生活中的供水问题,在传统"节能型恒压供水"方案的基础上,首次提出了"临近零用水区域"的概念,以检测技术为基础使水泵在"临近零用水区域"内超低速或停止运行。并且,针对不同的用水环境,抽象出了2种用水模型—公用水房模型和居民自家水房模型。针对这2种模型,提出了2套解决方案来应对在"临近零用水区域"的个别用水情况,以充分利用"临近零用水区域",达到进一步节约能源,降低机械损耗,保证良好供水效果的目标。整套设备配合组态王软件,与数据库相连,不仅可以在远程进行监控和操作,也可对整个系统的各项指标在数据库中进行实时记录和查询。Based on the water supplication problems of daily life and the traditional idea of 'Energy saving constant pressure water supplication',a conception of 'approaching zero supplication region'(AZSR)is presented.In the 'AZSR',based on the discrimination technology the water pumps stop or run at a state of ultra-low speed.Focusing on different water using environments,two water using model:public water house and residents' separate water house are abstracted.Aiming at the two models,two applied water supplication projects of constant pressure to make full use of 'AZSR'is prensented and fulfill the object of saving energy、reducing the abrasion of mechanism and guarantee the satisfying water supplication.Cooperating with the Kingview software,the system connects with the database.It not only realizes the remote supervisal and operation,but also supports the real-time record of various parameters of the system and the query of the date.

关 键 词：临近零用水区域 节能 用水模型 数据库 恒压供水 

分 类 号：TP273[自动化与计算机技术—检测技术与自动化装置]