Specification of an Information Delivery Tool to Support Optimal Holistic Environmental and Energy Management in Buildings
James O’Donnell, Marcus Keane, Vladimir Bazjanac
Abstract
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James O’Donnell, Marcus Keane, Vladimir Bazjanac
Abstract
Open-access reader
Building performance assessment for the operational phase of a building's life cycle is heuristic, typically working from available historical metered data and focusing on bulk energy assessment. Building Management Systems are used in the operational phase of the building to control the building's internal environment according to the design criteria outlined during the design phase. Recent developments in mechanisms that communicate building performance such as standardized building performance objectives and metrics enable the use of the output from whole building energy simulation tools by nontechnical personnel and all project stakeholders. This paper proposes to specify and demonstrate the utilization of an Information Delivery Tool that supports optimum holistic environmental and energy analysis aimed at an established profile of building managers utilizing standardized performance objectives and metrics.
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Building performance assessment for the operational phase of a building's life cycle is heuristic, typically working from available historical metered data and focusing on bulk energy assessment. Building Management Systems are used in the operational phase of the building to control the building's internal environment according to the design criteria outlined during the design phase. Recent developments in mechanisms that communicate building performance such as standardized building performance objectives and metrics enable the use of the output from whole building energy simulation tools by nontechnical personnel and all project stakeholders. This paper proposes to specify and demonstrate the utilization of an Information Delivery Tool that supports optimum holistic environmental and energy analysis aimed at an established profile of building managers utilizing standardized performance objectives and metrics.
Key concepts: Computer science, Facility management, Building design, Systems engineering, Control (management), Architectural engineering, Energy performance, Building information modeling