Catégories :
Durée:
1 day
| Crédits de formation continue (CFC) | 0.6 |
| Points CSEP | 2 |
Il n’y a pas de sessions au calendrier pour le moment.
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S’appuyant sur les connaissances acquises par les participants dans le cours sur les bases des systèmes d’automatisation des bâtiments, le cours avancé sur l’optimisation des SAB met un accent approfondi sur la conception, le diagnostic, la surveillance des tendances et les stratégies de contrôle qui permettra aux participants de gérer leurs bâtiments plus efficacement grâce aux pratiques de gestion de l’énergie à efficacité supérieure.
Ce programme de formation d’une journée s’appuie sur une étude de cas de diagnostic des systèmes d’automatisation des bâtiments (SAB), utilisant des données en temps réel pour renforcer les principes enseignés dans le cours. Une variété d’exercices seront également effectués afin de renforcer les concepts clés liés à l’identification des points de consigne, aux impacts de la planification, à l’identification des possibilités d’optimisation des SAB, à la sélection des capteurs, et plus encore.
À la fin de ce cours, vous serez en mesure d’appliquer, à votre bâtiment, les stratégies de contrôle, la planification et les concepts de conception appris durant le cours.
À la fin de ce programme de formation, les participants pourront :
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Exprimer mon intérêt
Michel Parent has a Bachelor’s (Laval – 1986) and a Master’s degree (Waterloo – 1988, Solar Energy) in Mechanical Engineering. From 1988 to 1990, he was in charge of the Solar Laboratory at the National Institute of Scientific Research in Varennes. He then joined the Energy Group at the Industrial Research Center of Quebec from 1991 until 1996. Since 1996, M. Parent is a partner in a consulting engineering firm, Technosim, specializing in energy efficiency. Technosim has offices in Quebec and Ontario.
Mr. Parent is specialized in energy efficiency in the commercial, institutional and industrial sectors. He has performed numerous audits across North America, which were used in developing long term energy management plans. Mr. Parent is an Existing Building Recommissioning (EB Cx) Agent and has performed recommissioning for over 5 million square feet of office and retail properties across Canada. He is a certified Existing Building Commissioning Professional (EBCP). Mr. Parent is a lead trainer for the Advanced Recommissioning Course developed for the Canadian Federal Government. Mr. Parent is also a Certified Measurement and Verification Professional (CMVP) and has developed and implemented many M&V plans compliant with the IMPVP standard. He has also worked on M&T projects implementation to ensure continuous improvements to building efficiencies within the context of his EB Cx projects. Mr. Parent has developed training modules for large corporate clients to ensure persistence of savings following EB Cx projects as well as ongoing improvements. Mr. Parent was also retained by OEE to develop and pilot the introductory recommissioning courses. Mr. Parent is also recognized as an expert energy simulator by LEED and has performed many LEED simulations as well as third-party reviews of energy simulations. Mr. Parent has performed over 100 reviews of EE4/eQuest simulations, including many required for LEED submissions. Mr. Parent is a recognized LEED technical reviewer. He is one of the three trainers, recognized by the Office of Energy Efficiency (OEE), in the use of the simulation tool EE4 used for LEED applications. Furthermore, he was contracted by Natural Resources Canada to evaluate the possible adaptations and usefulness of using Portfolio Manager within the Canadian market as a recommissioning tool.
Mr. Parent has been involved with RETScreen since its initial development. He has been in charge of developing the ground source heat pump module for RETScreen as well as being a technical reviewer for the solar (air and water) heating module, the wind energy module and photovoltaic modules of the initial versions of RETScreen. Mr. Parent is also an experienced RETScreen user, having been using the tool since its initial development until today in numerous feasibility analysis studies for renewable energy and energy efficiency projects.
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Calendrier de formation
