Themes
- Comparative methods
- Digital twin
- Energy
Amount granted
$15,000
Description
The general objective of this project is to set up an interdisciplinary team to establish the scientific and technical foundations for the design and development of a digital energy twin for the province of Quebec. The specific objectives of the project are to 1) identify the main components of the digital energy twin and the potential spatio-temporal analyses by considering the available datasets, 2) identify functionalities enabling the analysis of interactions between different multi-source energy layers with a focus on the circularity of energy sources and 3) design scenario capabilities for the allocation of locally produced energy to local consumers in order to optimize energy consumption and enable circularity in the field.
Affiliated research axes
Axis 2: Planning Optimization
2.1 – Support the development and use of tools to analyze and monitor the circular economy2.2 – Develop indicators to measure circularity
2.4 – Plan and optimize the production of products and delivery of services in the context of the circular economy
Collaborators and students
Ali Moeini
Researcher Hydro-QuébecMay Abidi
Doctoral student at Université LavalAngélique Montuwy
Research professional at Université LavalNissaf Ben Said
Master's student at ETSDeliverables and spin-offs
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Collaboration with Université Laval building services
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Summary of project results
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Collaboration and transfer of expertise with Planète GreenLeaves
Use of the Planet GreenLeaves platform for the development of the digital twin and transfer of expertise in the geospatial dimension of the digital twin.