Powering Design: Integrating BIPV for Sustainable, Safe, and Aesthetic Building Envelopes
At Mitrex, we envision a world where electricity can be produced by any surface touched by the sun. To make our vision a reality, we develop and produce a wide range of integrated solar products that meet the construction and design needs of builders, architects, engineers, and developers. At our Toronto facilities, we make easily installed, aesthetically pleasing, multi-purpose photovoltaics that extend a structure’s energy-generating potential down to the vertical walls. Our cost-effective technology is suitable for both new builds and building retrofits, meaning that even old buildings can easily reduce their carbon footprint with Mitrex products. With Mitrex integrated solar technology, like our solar cladding and solar glass, anything can become a micro power plant.
This course explores the integration of Building-Integrated Photovoltaics (BIPV) into modern architectural design as both a functional energy source and a defining aesthetic feature. Participants will learn how BIPV systems can transform façades into renewable-energy generators while maintaining compliance with critical safety standards and design codes. Through discussion of system fundamentals, design applications, lifecycle benefits, and fire-testing standards such as NFPA 285, the course will illustrate how architects and design professionals can advance occupant welfare, building performance, and sustainability goals.
By connecting design innovation with measurable environmental and safety outcomes, this session provides a framework for incorporating BIPV into projects pursuing LEED, WELL, or other green-building objectives.
- Explain the fundamentals of Building-Integrated Photovoltaic systems and how they function as both building envelope components and renewable energy generators while supporting occupant wellness.
- Evaluate design integration strategies that balance aesthetics, performance, and sustainability, including methods for incorporating BIPV into façades without compromising architectural intent or code compliance.
- Assess safety and performance standards applicable to BIPV systems, including fire and wind codes, NFPA 285 testing, and relevant UL, CSA, and ISO certifications that ensure safe installation and long-term reliability.
- Analyze the economic and environmental benefits of BIPV adoption, such as reduced carbon emissions, eligibility for incentives, and contributions toward sustainability frameworks.
