Visualization (nD, VR, AR)
Visualization (nD, VR, AR)
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可视化（nD、VR、AR）
DOI：
10.1061/9780784482421.012
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发表时间：
2019
期刊：
影响因子：
--
通讯作者：
Taylor, John E.
中科院分区：
文献类型：
--
作者：
Xu, Lei;Francisco, Abigail;Mohammadi, Neda;Taylor, John E.
越来越多的社区能源倡议将与能源相关的社交网络扩大到社区层面。信息提供被认为是此类计划中的重要作用，而能源数据披露则为通过与能源相关的参与者合作来促进节能提供了绝佳的机会。然而，以有效的方式传达这些数据至关重要。在这项研究中，我们开发了一种虚拟现实 (VR) 集成生态反馈系统，使居住者和设施管理者能够与社区规模 3D 沉浸式环境中呈现的实时能源消耗数据进行交互。本文以佐治亚理工学院校园作为实施测试案例，介绍了这种新颖的 VR 集成生态反馈系统的详细前端和后端设计和开发。 VR集成的社区规模生态反馈系统能够直观地表征大量不同类型建筑的能源消耗差异，并将在未来的研究中由用户进行测试。这项研究在城市中广泛部署时，可能有助于促进居住者的能源意识行为和及时的干预策略，以实现城市地区的节能。
A growing number of community energy initiatives have enlarged energy-related social networks to the community level. Information provision is deemed as an important role in such programs while energy data disclosure offers a great opportunity to promote energy savings by engaging energy-related actors. However, it is crucial to communicate this data in an effective way. In this research, we develop a virtual reality (VR) integrated eco-feedback system that enables both occupants and facility managers to interact with real-time energy consumption data represented in a community scale 3D immersive environment. This paper presents the detailed front-end and back-end design and development of this novel VR-integrated eco-feedback system using Georgia Tech’s campus as a test case for implementation. The VR-integrated community scale eco-feedback system is capable of visually characterizing differences in energy consumption across a large number of buildings of different types, and will be tested by users in future research. This research, when deployed broadly in cities, may help promote energy-aware behaviors of occupants and timely intervention strategies to achieve energy savings in urban areas.