Références
https://doi.org/10.1016/j.apenergy.2017.01.058
Description
The Energy hub developed at the University of Victoria consists of various models and tools for multi-stream energy balancing, sizing of converters and storages, optimization, minimizing investment costs and operational costs and carbon emissions (multiple objectives), mixed-integer linear programming (MILP), user-defined, typically single building to small district,network optimization. For building and electric vehicles: electricity, heat, demands, demand profiles, renewable profiles, possible converter and storage options, optimal operation, optimal capacities and network, comparing microgrids with district heating, concept-stage options analysis for building and district energy systems (through BESOS).
- Applications
Concept-stage options analysis for building and district energy systems,e.g. comparing microgrids with district heating
- Intrants clés
demand profiles, renewable profiles, possible converter and storage options
- Extrants clés
optimal operation, optimal capacities and network
Développeurs répertoriés
| Nom | Organisation |
|---|---|
| Ralph Evins | University of Victoria |
