Carl Flygare
PhD student at Institutionen för elektroteknik; Elektricitetslära
- Telephone:
- +46 18 471 58 11
- Mobile phone:
- +46 76 053 14 92
- E-mail:
- carl.flygare@angstrom.uu.se
- Visiting address:
- Ångströmlaboratoriet, Lägerhyddsvägen 1
752 37 UPPSALA - Postal address:
- Box 65
751 03 UPPSALA
Download contact information for Carl Flygare at Institutionen för elektroteknik; Elektricitetslära
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Short presentation
This text is not available in English, therefore the Swedish version is shown.
Started studying history and philosophy but change my major into energy system engineering as my interest for energy topics grew. Manage to finish a bachelor in history before graduating with a master in energy systems engineering though.
Overall I got an interest for both quantitative and qualitative analysis regarding the power grid which combines in depth details analyzes with more holistic perspectives such as technology, economy, social and environmental factors.
Research
This text is not available in English, therefore the Swedish version is shown.
My project focuses on how much power is used when by what and whom. Electricity consumption, also called grid load, consists of two parts: amount of electricity used over a period of time (that is energy, [kWh]) and amount of electricity used in a certain moment (that is power, [kW]). Much is known about the former but less about the latter. With increased knowledge about power usage I strive to create different profiles in order to analyze which electricity consumers might balance other users’ power usage in addition to discuss two popular methods – (demand side) flexibility and storage – to balance the grid load.
Publications
Selection of publications
- Potential of Load Shifting in a Parking Garage with Electric Vehicle Chargers, Local Energy Production and Storage (2022)
- The potential impact of a mobility house on a congested distribution grid – a case study in Uppsala, Sweden (2022)
- Peak Shaving for Electric Vehicle Charging Infrastructure (2022)
Recent publications
- Correlation as a method to assess electricity users' contributions to grid peak loads (2024)
- Scheduling optimization of stacked grid services using energy storage system at large sport facilities in a congested distribution grid (2023)
- Enhancing the value of large-scale energy storage systems in congested distribution grids using service stacking (2023)
- Optimal scheduling of energy storage system in distribution grids using service stacking (2023)
- Evaluation of centralized and distributed energy storage systems in congested distribution grids with service stacked portfolios (2023)
All publications
Articles
- Correlation as a method to assess electricity users' contributions to grid peak loads (2024)
- Scheduling optimization of stacked grid services using energy storage system at large sport facilities in a congested distribution grid (2023)
- Enhancing the value of large-scale energy storage systems in congested distribution grids using service stacking (2023)
- Evaluation of centralized and distributed energy storage systems in congested distribution grids with service stacked portfolios (2023)
- Potential of Load Shifting in a Parking Garage with Electric Vehicle Chargers, Local Energy Production and Storage (2022)
- Peak Shaving for Electric Vehicle Charging Infrastructure (2022)