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Thesis
Home   /   Thesis   /   Deployment strategy for energy infrastructures on a regional scale: an economic and environmental optimisation approach

Deployment strategy for energy infrastructures on a regional scale: an economic and environmental optimisation approach

Energy efficiency for smart buildings, electrical mobility and industrial processes Engineering sciences Mathematics - Numerical analysis - Simulation Technological challenges

Abstract

The general context is "Design and optimisation of multi-vector energy systems on a territorial scale".
More specifically, the aim is to develop new methods for studying trajectories for reducing the overall environmental impact (underlying LCA) of a territory while controlling costs in various applications, for example:
- Opportunity to develop infrastructures (e.g. H2 network, or heat network) to enhance decarbonisation, by expanding new uses of energy where these infrastructures exist or will exist, while reducing the overall environmental impact for given uses.
- Based on these studies, study the impact of centralising or decentralising production and consumption resources,
- Taking into account the long-term dynamic of investments, with the compromise of renovating/replacing installations at a given moment, in order to reduce the overall environmental impact for given uses.
Possible applications for hydrogen infrastructures have been identified or are being identified

Laboratory

Département Thermique Conversion et Hydrogène (LITEN)
Service Système Energétique Territoire et Industrie
Laboratoire des systèmes énergétiques pour les territoires
INP Toulouse
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