Supporting the HVAC* industry, codes & standards development, and government programs through product testing

Project location: CanmetENERGY Ottawa, Ottawa, ON

Timeline: 5 years (2023-2028)

Program: Funded by the Program of Energy R&D and cost-recovery projects with industry

Overview and Capabilities

Capabilities and advantages of Testing Facilities

CanmetENERGY's state-of-the-art testing facilities offer the HVAC industry a unique advantage:

Validate performance: Test your next-generation HVAC equipment (heat pumps, thermal storage, hydrogen blends) under real-world Canadian conditions, accelerating development and reducing costs.
Meet evolving standards: Ensure your products comply with the latest performance requirements from CSA, ASHRAE, and government programs, staying ahead of the curve.
Gain a competitive edge: Develop market-ready solutions that address energy efficiency and clean energy goals, giving you an edge in the marketplace.

Knowledge Transfer for Impact

Standards Bodies & Government Programs: We provide reliable data to inform performance standards for space heating, water heating, and ventilation technologies. This data supports evidence-based policy for effective housing and building energy programs.
Collaboration: We partner with stakeholders like CSA, ASHRAE, and government agencies to shape the future of Canadian HVAC standards.

Our Unique Testing Facilities

Climate-Controlled Test Facility (CCTF): Simulate any Canadian climate year-round for independent testing, regardless of the season. For more detailed information, see attached posters:

Figure 1: Climate-Controlled Test Facility (CCTF)

Hydrogen Testing Facility: Test equipment compatibility with hydrogen blends, supporting the transition to clean energy sources.

Figure 2: Hydrogen Testing Facility capable of testing equipment with hydrogen blends up to 20% hydrogen

Figure 3: Hydrogen Testing Facility capable of testing equipment with hydrogen blends up to 100% hydrogen

Advanced Capabilities:

Evaluate a wide range of HVAC systems, including air/air and air/water heat pumps, combi/hybrid systems, and variable-speed equipment.
Integration with Thermal Storage and Renewable Energy Sources: Assess the increased level of performance and advantages to electrical grid capacity and infrastructure when these systems are fully integrated.