Diamond Schmitt Architects creates tool to compare energy use data across building types

The firm's new ecoMetrics tool allows for a comprehensive analysis of data from energy simulation models across a wide range of the company’s building types.

June 08, 2015 |
Diamond Schmitt Architects creates tool to compare energy use data across building types

The firm released its ecoMetrics analysis tool at the CAGBC Conference. Image: Diamond Schmitt Architects

Toronto-based Diamond Schmitt Architects is taking a leadership role in the development of a sustainable design databank focused on energy-use reduction. The firm's new ecoMetrics tool allows for a comprehensive analysis of data from energy simulation models across a wide range of the company’s building types. 

“What began as a response to The 2030 Challenge for energy efficiency in buildings evolved into a powerful, interactive visual database containing energy simulation models for more than 40 of our LEED certified projects and other projects with energy simulation models,” said Birgit Siber, Principal at Diamond Schmitt Architects. “This tool comes from the recognition that energy use in the building sector is the most difficult and pressing sustainable design challenge.”

 

 

The ecoMetrics database contributes to an informed discussion on appropriate energy use reduction targets among clients, consultants, trades, and architects by taking into consideration the many determinants of energy use efficiency, including location, building type, passive initiatives (orientation, massing, thermal performance) and active systems (mechanical and electrical systems), and distills the data into one simple formula: kWhr/m2/year, or kilowatt use per square metre of space per year.

“This allows for a detailed comparative analysis, which is a major step forward in informing energy demand decisions in the future,” said Mike Szabo Principal at Diamond Schmitt Architects. The ecoMetrics tool highlights design factors impacting energy efficiency, such as volume-to-floor area efficiency; ratio of glazing to wall; occupancy loads; and specific program requirements, including ventilation rates and HVAC system efficiency.

“The power of data visualization is that it allows us to break down the energy use equation in order to ask the right questions to facilitate and drive innovation,” Szabo added. “We’re measuring performance so that we can manage our projects, strive for net zero energy use, bring value to our client, our team, and contribute to the public discourse on energy use reduction."

 

 

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