- Name
- Magnus Korpås
- Title
- WP3 Lead
- Organization
Operational model for atomic loads
Challenge and objective
- To model flexibility resources with their inherent uncertainties. Specifically modelling atomic loads, combined with customers' usage patterns for estimation of flexibility potential.
Work performed
- A flexibility modelling method for atomic loads which is based on high resolution appliance measurement data is presented.
- The method embraces the potential variabilities of appliance use in group of households.
Significant results
- A method is developed which is applicable for different flexibility resources.
- A conference paper is published and the model is available through the Zenodo platform.
Impact for distribution system innovation
- The developed method enables realistic representation of flexibility resources in the distribution grid planning. It also enables the accurate analysis of flexibility potentials and impacts of flexibility activation.
![Impact of shifting cloth washing activities from hour 20:00-20:15 to hour 21:00-21:15 for average of 100 households.](/globalassets/project/cineldi/kunnskapsbank/figurer-resultater/2020-operational-model-for-atomic-loads-wp5-modflex.png?width=1080&height=608&mode=crop&scale=both&quality=80)
![](/globalassets/project/cineldi/innovasjoner/bildeblokker-ikon/ikon-wp5.png?width=1080&height=608&mode=crop&scale=both&quality=80)
References in CINELDI
- M.Z. Degefa, H. Sæle, I. Petersen, P. Ahcin: "Data-driven household load flexibility modelling: shiftable atomic load", IEEE PES Innovative Smart Grid Technologies Conference Europe (ISGT-Europe) 2018.
- Zenodo: https://zenodo.org/record/3859909#.YCp4ZyRKg2w