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Bulls-Eye Commissioning: Using Interval Data as a Diagnostic Tool

机译:牛眼调试:使用间隔数据作为诊断工具

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Building system commissioning comes highly recommended by energy efficiency experts; however, it is rarely undertaken due to the cost and care needed to do a comprehensive job. A Northwest utility recently installed interval meters to develop a cross sectional load study. Once installed, energy conservation staff used collected interval data for building load analysis. During the course of investigating the disappointing savings from a recent control upgrade (funded primarily through utility incentives), staff used whole-building 15-minute interval data in conjunction with outside air temperature to pinpoint control problems in the economizer and fan schedule controls. The effort added about 15% to building energy savings, without the wait and expense of full commissioning services. Since this initial effort, bulls-eye commissioning has been applied to over a dozen buildings. Bulls-eye commissioning can be applied on its own or can be coordinated with traditional commissioning. In either case, the main meter profile shows what will directly impact total energy use and the customer's bill. Evaluation of main meter profiles allows detailed commissioning work to be better focused and more effective. Main meter profiles are also useful in evaluating the effectiveness of control changes and other energy measures. This paper documents the techniques and benefits of using bulls-eye commissioning.
机译:建筑系统调试强烈推荐通过能效专家;然而,由于需要全面的工作所需的成本和谨慎,很少进行。最近安装了间隔仪表的西北实用程序,开发横断面载荷研究。一旦安装,节能人员使用收集的间隔数据来构建负载分析。在调查最近的控制升级中令人失望的节省期间(主要通过实用奖励资助),工作人员与外部空气温度结合使用全面15分钟的间隔数据,以确定节能器和风扇调度控制中的控制问题。努力增加了约15%的建设节能,而无需等待和牺牲全部调试服务。自这种最初的努力以来,斗牛眼调试已被应用于十几个建筑物。斗牛眼调试可以自行应用或可以与传统调试协调。在任何一种情况下,主仪表型材都会显示将直接影响总能源使用和客户的账单。对主米型材的评估允许详细调试工作更好地集中于更好,更有效。主要仪表型材在评估控制变化和其他能量措施的有效性方面也是有用的。本文介绍了使用靶心调试的技术和益处。

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