Advanced energy technology requires state-of-the-art teaching
Utilizing primarily renewable energy sources such as wind and solar, microgrids play a pivotal role in establishing a sustainable, largely decarbonized energy infrastructure. These decentralized, localized energy systems can adapt to virtually any local requirement and withstand harsh environments. They facilitate sustainable on-site power generation, and the integration of efficient storage solutions ensures supply reliability.
Simultaneously, a microgrid enhances the resilience of an institution’s power supply, as it can operate autonomously or in conjunction with the main power grid. In island mode, disconnected from the traditional grid, it provides continuous power during grid outages caused by events such as natural disasters or cyber threats.
In collaboration with Siemens Canada and with the support of the Ontario Government, Humber College in Toronto has opened a dedicated living laboratory for microgrid technology and control, the Sustainable Microgrid and Renewable Technology Lab (SMART Lab) at its North Campus. The SMART Lab serves as both an educational and experimental environment, aimed at training students and professionals in the use of microgrid systems and conducting research with industry partners.
The collaborative partnership between Humber and Siemens enables students to obtain practical education and training for the high-demand jobs of today and tomorrow, while also offering the industry a unique opportunity to further advance sustainable energy solutions using real-world live data.