Selected presentations from past conferences
- A Cost Effective Approach to Core Daylighting, by Lorne Whitehead
- A Simple, Rigorous Method for Sizing the Array of a PV Hybrid System, by Michael M. D. Ross
- A SIMPLIFIED METHOD FOR CALCULATING THE EFFECTIVE SOLAR OPTICAL PROPERTIES OF A DRAPERY, by N.A. Kotey, J.L. Wright and M.R. Collins
- Airflow and heat transfer measurements near a façade with different heating configurations, by Panagiota Karava, Thanos Tzempelikos, Mark Bessoudo, Luis M. Candanedo, Louis Handfield and Andreas Athienitis
- AN ISLANDING DETECTION ENHANCER FOR A SYSTEM WITH MULTIPLE PHOTOVOLTAIC INVERTERS, by Yongzheng Zhang, Huili Sun and Luiz Lopes
- ANALYSIS OF THE RENEWABLE SOLAR ENERGY POTENTIAL IN THE CCHT RESEARCH HOUSE USING BUILDING ENERGY SIMULATION SOFTWARE, by Ali M. Syed, Alan S. Fung, V. Ismet Ugursal
- Daylight and solar gain management using an automated venetian blind, by Brendan O’Neill
- Design & Simulation of a Building Integrated Photovoltaic-thermal System and Thermal Storage for a Solar House, by YuXiang Chen, Supervised by Dr. A. K. Athienitis & Dr. K. E. Galal
- Design and Simulation of a Net Zero Energy Healthy Home in Montréal, by José A. Candanedo, Sevag Pogharian, Andreas K. Athienitis, André Fry
- Design of a 400W, 1Φ Buck-Boost Inverter for PV Applications, by Gene Z. Guo
- DESIGN OF A SOLAR HOME WITH BIPV-THERMAL SYSTEM AND GROUND SOURCE HEAT PUMP, by Andreas Athienitis
- DEVELOPMENT OF A 10KW SINGLE-PHASE IGBT INVERTER FOR GRID-CONNECTED PV APPLICATIONS, by Gene Z. Guo
- Feasibility of a Hydrogen-Based Renewable Energy-Powered Residential Electricity System, by Hajo Ribberink, Maria Mottillo, Libing Yang, Ian Beausoleil-Morrison, Alex Ferguson, Kamel Haddad
- Feasibility of Low-rise Net Zero Energy Houses for Toronto, by Alan S. Fung, Humphrey Tse
- Feasibility of Urban Net Zero Energy NZE House Design for Northern Climate - Toronto, by Farzin M. Rad, Alan Fung
- Heat Transfer Analysis of Windows With Venetian Blinds: A Comparative Study, by Bartosz Lomanowski
- Model of a PV/Thermal Unglazed Transpired Collector, by V. Delisle and M. R. Collins
- Performance, Costs, and GHG Emissions of PV-Hybrid Systems: Current Status and Avenues for Improvement, by Michael M. D. Ross
- Simulation of Residential Solar-DHW Systems in HOT3000 Software, by Kamel Haddad, Ph.D., Julia Purdy, Bruce Sibbitt
- Simulation of Thermal Comfort in Perimeter Zones with Shading Devices, by Mark Bessoudo, Thanos Tzempelikos, Andreas Athienitis, Radu Zmeureanu
- Solar 4 Schools, by Dave Egles
- Studies of Control Strategies at the Concordia Solar House, by José A. Candanedo, Brendan O’Neil, Saša Pantic, Andreas Athienitis
- The Drake Landing Solar Community Project - Early Results, by B. Sibbitt, T. Onno, D. McClenahan, J. Thornton, A. Brunger, J. Kokko and B. Wong
- The Factor 9 Home: A New Prairie Approach, by Rob Dumont, Rolf Holzkaemper
- The Use of Amorphous Silicon in Fabricating a Photovoltaic-Thermal System, by Pratish Mahtani, Davit Yeghikyan, Nazir P. Kherani, and Stefan Zukotynski
- Thermal Comfort Conditions in Highly-Glazed Perimeter Zones with Shading Devices, by Mark Bessoudo, Thanos Tzempelikos, Andreas Athienitis, Radu Zmeureanu, Luis Candanedo, Panagiota Karava, Louis Handfield
- Verification of a Low Energy Solar Home Model to be used with a GA Optimisation Tool, by Rémi Charron, Dr. Andreas Athienitis