HyTEM program approved 18 Team Projects. In total, more than 50 trainees participate in this program.
Team Projects' titles:

• Assessing the impacts of electrification on the electrical capacity of homes and communities, 2025

• Development of a Integrated Photovoltaic System into Prefabricated Retrofit Panels, 2025

• Active-Deep-Learning Model for Forecasting Thermal Load in District Energy Networks, 2025

• Advanced Battery Management Systems: Optimizing Grid Storage Efficiency and Safety, 2025

• Design of Thin Flexible Pulsating Heat Pipes, 2025

• Modelling the Impact of a Community Wide Retrofit on Total and Peak Electrical Consumption, 2024

• Sorption CO2 Capture from Flue Gas System for Decarbonization of Thermal and Electrical Grids, 2023

• Using Phase Changing Materials within Wall Coatings to Reduce Peak Consumption, 2023

• Solar Heat and Thermal Energy Storage in the North, 2023

• Integration of Sorption Thermal Storage to the District Energy System, 2023

• Development of New Materials and Processes for Thermal Energy Storage, 2023

• Development of New Materials and Processes for a Combined System of Solar Panels with Thermal Energy Storage, 2022

• Utilizing Air-Based Phase Change Materials for Demand-Side Management, 2022

• Power Conversion, Control, and Storage in Hybrid Microgrids, 2021

• Creating Energy Synergies through Development of Community-Based Thermal Electric Microgrids, 2021

• Ontario’s/Canada’s Renewable Energy Transition Enabled by a Fully Integrated Power-to-Hydrogen-to-Power in HyTEMs, 2021

• Hybrid Grid in a Box, 2021

• Mobile Thermal Storage (M-TES) for District Heating Network, 2021

• Integrating Energy Systems at the Community-level in the Canadian North, 2021