March 25, 2022
Seminar
Emobpy: A tool for time series generation of battery electric vehicles
Date
March 25, 202210:00 a.m. - 4:30 p.m.
Location
Online-EventSpeakers
Lukas Gnam, William Lilley, Jonas Schlund, , Wolf-Peter Schill, Carlos David Gaete Moralesemobpy is a Python open-source tool that enables us to generate battery electric vehicle time series. The tool was released in 2020 on Gitlab and PyPI for the first time. A description of the tool was published as an open-access article in Scientific Data. Now we have just passed the 10K downloads!.
We want to reach out to everyone who uses emobpy or is interested in learning the tool. Together with you, we aim to build a community and make emobpy an even more fantastic tool for electric vehicles modellers.
| 10.00 |
Opening and welcome
|
|---|---|
| 10.10 |
Introduction to emobpy |
| 10.30 |
Why does aggregating single-unit data results in overestimating flexibility potentials Jarusch Müßel |
| 10.50 |
Optimizing investment and operation of an electrical company fleet |
| 11.10 | Pause / Break |
| 11.15 |
Comparing energy supply costs for electric vehicles and low carbon fuels Dr. William Lilley |
| 11.35 |
Modeling Electric Vehicles from the Perspective of the German Electrical Power System |
| 11.45 |
Discussion about benefits, limitations, improvements, and how to build a community Moderator Dr. Wolf-Peter Schill |
| 2.00 - 4.00 p.m. |
Do-A-Thon Installation; Jupyter notebook: time-series generation, plots and export functions |
Practice Session
Practice Session on YouTube
Downloads
- Presentation: Introduction to emobpy (Carlos Gaete) (PDF, 2.18 MB)
- Presentation: Why does aggregating single-unit data results in overestimating flexibility potentials (Jarusch Müßel) (PDF, 134.54 KB)
- Presentaton: Optimizing investment and operation of an electrical company fleet (Lukas Gnam) (PDF, 0.52 MB)
- Presentation: Comparing energy supply costs for electric vehicles and low carbon fuels (William Lilley) (PDF, 2.37 MB)
- Presentation: Modeling Electric Vehicles from the Perspective of the German Electrical Power System (Jonas Schlund) (PDF, 1.6 MB)
Topics: Climate policy , Energy economics , Resource markets
