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10 Years of Supervisory Control and Data Acquisition Modernization in Northern California (1996 - 2006)

机译:北加利福尼亚州十年的监督控制和数据采集现代化工作(1996年至2006年)

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The Bureau of Reclamation, Mid-Pacific Region, Water Conservation Field Services Program (WCFSP), and the Irrigation Training and Research Center (ITRC) at Cal Poly State University, San Luis Obispo, have been working with Reclamation irrigation water contractors and others on district delivery system modernization and Supervisory Control and Data Acquisition (SCADA) development for the past 10 years. In 1994, the WCFSP encouraged the ITRC to develop concepts for district modernization to improve water delivery efficiencies. Dr. Charles Burt and the staff at ITRC observed that in many instances, water delivery systems were operated as more of an art than a science. Every canal or pipe system was different and required intricate knowledge and visual observations by the operators to maintain relatively crude levels of flow balance. The development of affordable, non-proprietary automation systems were considered feasible as SCADA applications were becoming common in other industries such as the automotive manufacturing industry. Coupled with mechanical canal level management equipment design improvements over the years, the industry has made large advances in affordable district level water technologies over the last decade.
机译:中太平洋地区开垦局,节水野外服务计划(WCFSP)和圣路易斯·奥比斯波加州理工大学的灌溉培训与研究中心(ITRC)一直在与开垦灌溉水承包商和其他机构合作过去十年来,地区配送系统现代化以及监控和数据采集(SCADA)的发展。 1994年,WCFSP鼓励ITRC制定区域现代化的概念,以提高供水效率。查尔斯·伯特(Charles Burt)博士和ITRC的工作人员发现,在许多情况下,输水系统的操作更多的是艺术而不是科学。每个运河或管道系统都是不同的,需要操作员进行复杂的知识和视觉观察,以保持相对原始的流量平衡水平。随着SCADA应用程序在其他行业(例如,汽车制造业)中变得越来越普遍,人们认为开发负担得起的非专有自动化系统是可行的。多年来,加上机械渠道水位管理设备的设计改进,在过去十年中,该行业在负担得起的地区水技术上取得了长足进步。

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