首页> 外文会议>Proceedings of the IASTED international symposium on Power and Energy >ALL-ELECTRIC EXPERIMENTAL TWIN HOUSES: THE ULTIMATE DEMAND MANAGEMENT TESTING TOOL
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ALL-ELECTRIC EXPERIMENTAL TWIN HOUSES: THE ULTIMATE DEMAND MANAGEMENT TESTING TOOL

机译:全电子实验双子房:最终需求管理测试工具

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The objective of this paper is to present Hydro-Quebec'srnnew test bench: a pair of identical all-electric cottagesrnbuilt at its research laboratory's site (LTE) and how itrncould be the ultimate demand management testing tool !rnIn regions, like Quebec, where electricity is the mainrnsource of energy for space and water heating, every singlernuse of energy inside a house has an impact on the spacernheating load (internal heat gain) and thus, the most efficientrnway, for the utility, to estimate the effect of a demandrnmanagement strategy is to take the whole-housernapproach. In addition, the global approach allows seeingrnthe side effects generated by some equipment that wouldrnotherwise be missed; e.g. how the utilisation of thernkitchen hood increases the space heating load in the garage.rnThe twin houses have been used to study the energy consumptionrnand demand impacts of thermostat setbacks,rnclothes dryer, kitchen hood and mechanical ventilation; anrnoverview of these tests will be presented here.
机译:本文的目的是介绍魁北克水电局的新测试台:在其研究实验室站点(LTE)上建造的一对相同的全电小屋,以及如何将其用作最终的需求管理测试工具!在魁北克等地区,电力是空间和水加热的主要能源,房屋内的每一次能源消耗都会影响间隔加热负荷(内部热量获取),因此,对于公用事业而言,最有效的方法是估算需求管理策略的效果。就是要采取全屋策略。另外,全局方法允许看到某些设备所产生的副作用,而这些副作用将被忽略。例如双人房已被用于研究恒温器挫折,衣帽烘干机,厨房油烟机和机械通风的能耗和需求影响;这些测试的概述将在此处介绍。

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