Concordia University

Published purpose

This project will examine the key performance factors of building-integrated photovoltaic (BIPV) products and review the state of the art in relevant technical standards and testing requirements. This is a sub-project of a larger two-phase initiative entitled “Multifunctional, Prefabricated, Energy-Positive and Climate-Resilient Building Envelope Systems,” led by researchers at Concordia University and supported by the Canada First Research Excellence Fund. The overall objective is to develop innovative, multifunctional, prefabricated, energy-positive building envelope systems. These systems will integrate improved thermal performance, daylight control, and on-site electricity and heat generation. One of the main goals is to create standardized, cost-effective solutions for integrating BIPV systems into buildings.