-
Use
Solar façade system, rainscreen system -
Applications
Institutional -
Characteristics
Renewable-energy-generating, lightweight, durable, sustainable
1 General Catalog
1 General Catalog
Mitrex is a specialist in high-performance building-integrated photovoltaic (BIPV) systems that combine solar generation and façade aesthetics.
At the University of Toronto’s Scarborough Academy of Medicine and Integrated Health (SAMIH), Mitrex eFacade PRO panels were installed as part of the building’s high-performance rainscreen system. Located in Toronto, Canada, the project showcases how energy-generating materials can enhance institutional design while supporting net-zero carbon objectives.
![]() |
Designed by Diamond Schmitt Architects and built by EllisDon, the SAMIH building represents a new benchmark for sustainable academic infrastructure. The 63,000 ft² façade integrates Mitrex eFacade PRO panels within the building envelope, allowing the exterior to actively generate clean electricity while maintaining architectural cohesion. With an installed capacity of 513 kW, the system produces more than 309,813 kWh of renewable energy annually—offsetting a significant portion of the building’s energy demand. As one of the largest institutional BIPV applications in North America, the SAMIH project demonstrates the scalability of solar façade technology in modern education and healthcare environments.
The Mitrex eFacade PRO system provides both functional and aesthetic benefits, combining renewable power generation with a durable rainscreen assembly. Its seamless integration ensures weather protection, long-term performance, and a unified architectural expression across the façade. Beyond its energy output, the system supports the university’s commitment to decarbonization and sustainable development. Backed by a lifetime envelope warranty guaranteeing at least 80% power output after 25 years, the façade will continue to contribute environmental and operational value for decades to come.
| Location | Toronto, Canada |
| Year | 2025 |
| Type of building | Academic research facility |
| Architect | Diamond Schmitt Architects |
| Mitrex products used | eFacade PRO |