A Study of Design Tools and Processes Through a Near Net Zero Energy House Redesign
William O’Brien, Andreas Athienitis, Scott Bucking, Ted Kesik, Matt Doiron
Abstract
William O’Brien, Andreas Athienitis, Scott Bucking, Ted Kesik, Matt Doiron
Abstract
The EcoTerra House is an occupied near net-zero energy house near Montreal, Canada. The house uses a combination of passive solar features, low-energy appliances, and several innovative active solar energy systems to achieve much lower net energy consumption than similarly sized houses in Canada. It is heavily instrumented with over 150 sensors so that its performance can be carefully monitored, as has been done since construction, three years ago. This paper describes the original design process of the house, followed by a re-design exercise that was performed to achieve net-zero energy while evaluating design tools. It contains a description of a calibrated model, an evaluation of the suitability of currentlyavailable design tools for net-zero energy house design, and finally a study of different design pathways for reaching net-zero energy consumption.
OpenAlex reports 9 citations for this work. Citation counts describe recorded attention and do not establish research quality.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The EcoTerra House is an occupied near net-zero energy house near Montreal, Canada. The house uses a combination of passive solar features, low-energy appliances, and several innovative active solar energy systems to achieve much lower net energy consumption than similarly sized houses in Canada. It is heavily instrumented with over 150 sensors so that its performance can be carefully monitored, as has been done since construction, three years ago. This paper describes the original design process of the house, followed by a re-design exercise that was performed to achieve net-zero energy while evaluating design tools. It contains a description of a calibrated model, an evaluation of the suitability of currentlyavailable design tools for net-zero energy house design, and finally a study of different design pathways for reaching net-zero energy consumption.
Key concepts: Zero-energy building, Zero (linguistics), Computer science, Net (polyhedron), Energy (signal processing), Engineering, Efficient energy use, Electrical engineering