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首页> 外文期刊>Energy Reports >Understanding the practical issues of deploying energy monitoring and eco-feedback technology in the wild: Lesson learned from three long-term deployments
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Understanding the practical issues of deploying energy monitoring and eco-feedback technology in the wild: Lesson learned from three long-term deployments

机译：了解在野外部署能量监测和生态反馈技术的实际问题：从三个长期部署中吸取的课程

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摘要

This paper reports on the different engineering, social and financial challenges behind the building and deploying electric energy monitoring and eco-feedback technology in real-world scenarios, which despite being relevant to the research community are seldom reported in the literature. The objectives of this paper are two-fold: First, discuss the technical and social constraints of real-world deployments. This includes, for example, hardware and software requirements, and issues related to security and intrusiveness of the monitoring solutions. Second, identify and understand the costs associated with developing and deploying such systems. These include hardware costs and consumed energy. To this end, we rely on over five years of experience developing and improving a non-intrusive energy monitoring research platform to enable the deployment of long and short-term studies of eco-feedback technology. During this time, two versions of that platform were deployed in 50 homes for periods that lasted between 6 and 18 consecutive months. By iteratively developing and deploying our sensing and eco-feedback infrastructures, we managed to build upon previous findings and lessons learned to understand how to create, deploy, and maintain such systems. Concurrently, we gained insights regarding what are some of the most relevant costs associated with running such experiments.
机译：本文报告了建筑物背后的不同工程，社会和财政挑战，在现实世界的情景中部署电能监测和生态反馈技术，尽管与研究界有关，但在文献中很少报告。本文的目标是两倍：首先，讨论现实世界部署的技术和社会限制。这包括例如硬件和软件要求，以及与监控解决方案的安全性和侵入性有关的问题。其次，确定并理解与开发和部署此类系统相关的成本。这些包括硬件成本和消耗的能量。为此，我们依靠五年多的经验，开发和改进非侵入式能量监测研究平台，以便能够部署对生态反馈技术的长期和短期研究。在此期间，两个版本的平台部署在50个家庭中，连续6到18个月之间持续时间。通过迭代地开发和部署我们的传感和生态反馈基础架构，我们设法建立了以前的发现和经验教训，了解如何创建，部署和维护此类系统。同时，我们获得了有关与运行此类实验相关的最相关成本的洞察力。

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