Integration of Ensemble Models with Power Systems Optimisation - Detached Dwelling Case Study
Integration of Ensemble Models with Power Systems Optimisation - Detached Dwelling Case Study Carlos Andrade-Cabrera1,3, Ciara O’Dwyer2, Donal P. Finn3 1 School of Mechanical and Materials Engineering, University College Dublin, Dublin, Ireland 2 School of Electrical and Electronic Engineering, University College Dublin, Dublin, Ireland 3 DeltaQ, Kalkkaai 6, Brussels, Belgium level, the emissions as a result of transferring heating Abstract loads from conventional fossil-based fuels to the grid An integrated modelling framework has the capability to have the potential to be minimised in future generation provide researchers with insights on the potential scenarios (e.g., 2050), assuming low-carbon (or entirely environmental and economic benefits of building-to-grid decarbonised) power systems and the use of more integration in a post-retrofit scenario. The current paper efficient space heating technologies (ECF 2010). studies the cost-optimal integration of building envelope However, emissions reduction depends on the electricity retrofits and power systems optimisation using Ensemble generation portfolio and how it is operated. As such, models representative of the existing (i.e., pre-1970) electrified heating demand and the power system should detached houses in Ireland. A simplified power systems not be studied in isolation. Hence the importance of the model is introduced. The model is representative of future integrated building-to-grid models. Residential generation scenarios (2020, 2030 and 2050) of the archetypes developed in Building Energy Performance electrical power system in Ireland. A previously Simulation (BEPS) environments are potentially useful introduced linear heuristic optimisation methodology is for this task, as they allow for a high-fidelity numerical updated to account for multi-scenario power systems representation of thermal transient dynamics needed to models.
[Show full text]