Nestled into a hillside overlooking the dramatic landscape of Mount Currie, a newly certified residence in Pemberton, BC has achieved a historic milestone: becoming the first certified Passive House Premium project in Canada.
Completed in 2025, this single-family home demonstrates how high-performance building standards can be combined with ambitious architecture, luxury living, and renewable energy generation. As one of the highest levels of certification within the Passive House standard, Passive House Premium recognizes buildings that achieve exceptional energy efficiency while producing more renewable energy than they consume on an annual basis.
The project represents an important moment for Canada’s building sector, showcasing the potential for homes to move beyond energy efficiency and toward net-positive performance.
A Home That Produces More Energy Than It Uses
Passive House Premium certification requires an extraordinary level of building performance. To achieve this standard, the project combines a highly insulated and airtight building envelope with advanced mechanical systems and on-site renewable energy generation.
A rooftop solar photovoltaic array provides clean electricity for the home, while an integrated geothermal heat pump system supplies space heating, cooling, and domestic hot water. High-efficiency energy recovery ventilation ensures a continuous supply of fresh air while minimizing energy losses, contributing to exceptional indoor comfort and air quality throughout the year.
Excess thermal energy is also utilized to heat the home’s outdoor lap pool, demonstrating a holistic approach to energy management that maximizes efficiency across multiple systems.
Architecture Rooted in Place
The home’s defining architectural feature is a dramatic cantilever that extends over the sloping site, framing expansive views while creating protected outdoor living spaces below.
These sheltered areas include a year-round lap pool with a custom sliding deck cover and a sunken outdoor kitchen designed for gathering and relaxation. Angled structural columns reference the surrounding forest, visually connecting the building to its natural setting.
Galvanized steel components are designed to withstand Pemberton’s mountain climate, while Equitone cladding and custom-bent metal panels create a refined exterior that complements the home’s contemporary form.
Throughout the residence, certified Passive House triple-glazed windows provide floor-to-ceiling views while supporting exceptional thermal performance. The glazing helps maintain interior comfort during both hot summers and cold winters, reducing heating demand without compromising connection to the landscape.
Performance Through Building Science
Achieving Passive House Premium certification required careful attention to every component of the building enclosure.
The project incorporates highly insulated wall assemblies, a super-insulated roof, and a robust foundation system designed to minimize heat loss. Exterior wall assemblies achieve U-values as low as 0.135 W/(m²K), while high-performance triple-glazed windows feature a center-of-glass U-value of 0.52 W/(m²K).
Ventilation is provided by a Zehnder ComfoAir Q450 energy recovery ventilator with 83% heat recovery efficiency, helping maintain healthy indoor air quality while conserving energy. Heating and cooling are delivered through a radiant hydronic floor system powered by a WaterFurnace geothermal heat pump, providing year-round comfort with minimal energy consumption.
Together, these systems create a building that performs far beyond conventional construction, significantly reducing operational energy use and carbon emissions.
Setting a New Standard for Canadian Housing
While Passive House certification continues to gain momentum across Canada, Passive House Premium projects remain exceptionally rare due to the rigorous performance requirements involved. As the country’s first certified Passive House Premium project, this home demonstrates what is possible when architectural ambition, advanced building science, and renewable energy generation are integrated from the earliest stages of design.
Beyond its technical achievements, the project illustrates a broader shift in residential construction: toward homes that deliver exceptional comfort, resilience, and environmental performance without sacrificing design quality.
As Canada’s first Passive House Premium-certified project, the Pemberton residence stands as an important milestone for the industry and a compelling example of the future of high-performance housing.
