Using Big Data Analytics and Continuous Monitoring to Increase the Return on Investment (ROI) in Projects for Sustainable Building Performance
During the 21st session of the Conference of the Parties (COP21) in Paris, 177 countries agreed on reducing their greenhouse gas emissions. The COP21 is just the start of a long path towards sustainable development. The next step is to identify and implement projects to efficiently increase energy performance in industrial, commercial and residential processes. This paper describes how big data analytics and continuous building monitoring are used to reduce the capital cost and implementation time of energy projects, while increasing the ROI of facilitys sustainable performance: higher comfort at lower or lowest footprint. This paper examines how the Energy Efficiency industry is changing and how these changes can help project formulation and make implementation easier and less risky for investors and decision makers. This paper will use a real-world success case of a Deep Building Renovation (technological upgrade in control and monitoring system) project to describe how data analytics led to a reduction in capital cost and implementation time while improving project return and overall success. It examines continuous monitoring enabled energy waste identification along with saving verification, and how these two technologies worked together to overcome typical sustainable project barriers.The paper will explain:The key factors for success in Deep Building Renovation projects:Change Management: Cultural change and training.Quality of the Solution: The most efficient hardware / software architecture for both Cloud-base continuous monitoring systems and local-server oriented facilities The streamlined roadmap that guarantees the highest ROI.Operational tangible benefits: Maintenance management Energy efficiency Compliance and verification
high-performance building smart building deep building renovation
Rafael NAVARRO Mark CASE Jeffrey SIOW
ETC Group, Macau SAR, ETC Group, Macau SAR BD Medical, Singapore
国际会议
2017世界可持续建筑环境大会(the World Sustainable Built Environment Conference)
香港
英文
484-491
2017-06-05（万方平台首次上网日期，不代表论文的发表时间）