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U.S. Department of Energy’s Advanced Sensing and Controls for Energy Efficient Buildings: A Cross Cutting Project

机译:美国能源部对节能建筑的高级传感和控制:交叉项目

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The Department of Energy (DOE) Industrial Technologies Program (ITP) is widelyrecognized for its contribution to bringing the wireless revolution to the industrial marketplace.The result has been the commercialization of wireless sensors that are meant for the industrialsetting. The DOE Building Technology Program’s (BTP) emphasis on developing technologiesand methodologies that will provide significant energy savings in buildings has instituted aprogram that is focused on adapting the ITP-sponsored wireless sensor results into aninexpensive, robust system that is tailored to energy-efficiency optimization of commercialbuilding operation. The BTP project includes a demonstration facility where the developedsensors are integrated into the existing building automation system. While private sectorbuilding optimization efforts are underway, their “focus” is not addressing the practical needs forinexpensive, wireless sensors tailored to monitoring parameters for HVAC optimization as wellas parameters that directly impact the occupants’ comfort. The development of the crosscuttingITP+BTP sponsored activity described in this paper leads to the possibility of a change of culturein the perception of a “living building” that can meet the need for reduction in energy usagewhile enhancing the occupants’ comfort while in the building. The presentation will discuss thetechnology developments, demonstration results, energy savings for widespread adoption of thedeveloped systems, and examination of the culture change associated with an energy-efficient“living building”.
机译:能源部(DOE)工业技术计划(ITP)广泛 因其对将无线革命带入工业市场的贡献而受到认可。 结果是将用于工业的无线传感器商业化 环境。美国能源部建筑技术计划(BTP)对开发技术的重视 可以显着节省建筑物能源的方法和方法已经建立了一个 该程序专注于将ITP赞助的无线传感器结果调整为 专为商业能源效率优化而设计的价格低廉,功能强大的系统 建筑运营。 BTP项目包括一个示范设施, 传感器已集成到现有的楼宇自动化系统中。而私营部门 建筑优化工作正在进行中,其“重点”并未解决实际的需求。 廉价的无线传感器,专门用于监视参数以进行HVAC优化 作为直接影响乘员舒适度的参数。横切线的发展 本文所述的ITP + BTP赞助活动导致文化改变的可能性 认为可以满足减少能源使用需求的“生活建筑” 同时提高了在建筑物中居住者的舒适度。该演讲将讨论 技术发展,示范成果,为广泛采用该技术而节省的能源 发达的系统,并检查与节能相关的文化变革 “居住建筑”。

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