Bidirectional Charging: Energy Supply Challenges - Presentation Format

Tuesday, June 13, 2023
Time
11:30 am - 01:00 pm
Hall
ICM München
Room
Room 5

Electric vehicles are a great solution when it comes to supporting the energy grid and including more sustainable energy. Electric vehicles could feed energy back into the grid at peak times, preventing grid congestion, balancing energy markets and preventing the use of polluting energy sources. This concept, which could support the energy transition, is called bidirectional charging. This session will be discussing some of the latest developments in bidirectional charging, presenting results from pilot projects and looking at barriers to scaling bidirectional charging.

11:30 am - 11:35 amWelcome & Introduction

Roman Scholdan

Senior Consultant

umlaut energy GmbH

11:35 am - 11:45 amBidirectional Charging From a Customer Perspective

Dr. Lioudmila Simon

Head of eMobility Innovation, Procurator

E.ON Group Innovation GmbH

11:45 am - 11:55 amQ&A Session

11:55 am - 12:05 pmBidirectional Charging in Practice - The Status Quo in Germany

Lennart Hoffmann

Project Manager

Next Kraftwerke GmbH

12:05 pm - 12:15 pmQ&A Session

12:15 pm - 12:25 pmV2G: Insights From the World's Largest Residential Trial

Felicity Jones

Solutions Lead - Flex

Kaluza

12:25 pm - 12:35 pmQ&A Session

12:35 pm - 12:45 pmEvaluation of the V2G Potential of Electric Cars, Electric Buses and Electric Boats

Benedikt Tepe

Research Associate

TUM - Technical University Munich

12:45 pm - 12:55 pmQ&A Session

12:55 pm - 01:00 pmClosing

Roman Scholdan

Senior Consultant

umlaut energy GmbH

Speakers

Speaker

Dr. Lioudmila Simon, E.ON Group Innovation GmbH

Head of eMobility Innovation, Procurator

Germany

Dr. Lioudmila Simon Lioudmila Simon is a senior leader with over 15 years experience in energy business covering Strategy, Business Development/M&A and Innovation. At E.ON Innovation Lioudmila is leading the eMobility Innovation that is driving Innovations for E-Mobility charging solutions along the whole value chain.

Speaker

Felicity Jones, Kaluza

Solutions Lead - Flex

United Kingdom

Felicity works with energy retailers and utilities globally to design and launch innovative EV charging propositions. She brings 13 years experience in clean energy, 7 of which in flex. She previously set up and grew Everoze's energy storage and flex business, now a market leader for technical advisory across Europe. Felicity is a Director of Bath & West Community Energy (BWCE) and Board Member of the Centre for Sustainable Energy (CSE), both organisations promoting social justice and local empowerment in the energy transition. She is a former Chair of the World Energy Council's Energy Storage Working Group. Felicity holds a first class degree from Oxford University, and MSc in Environmental Technology from Imperial College London.

Speaker

Lennart Hoffmann, Next Kraftwerke GmbH

Project Manager

Germany

Lennart Hoffmann is Project Manager at Next Kraftwerke GmbH, one of the largest Virtual Power Plants globally. He has a MSc from University College London and previously worked in energy consulting at Boston Consulting Group's London office. At Next Kraftwerke he specialises in stationary and mobile battery flexibility. Recently he was the project lead for Vehicle-to-Grid projects with BMW, Hyundai and Honda where, among other things, the first grid prequalification of EV fleets for the FCR and aFRR ancillary services in Germany was obtained.

Speaker

Roman Scholdan, umlaut energy GmbH

Senior Consultant

Germany

Roman Scholdan is a Senior Charging Infrastructure Consultant at umlaut energy GmbH (part of Accenture Industry X) with more than five years of experience in the field of e-mobility. He advises grid operators, energy utilities and charging park operators. He conducted research on the technological and economic potential of bidirectional charging applications for EVs, developed optimization models as well as cost tools for charging parks and oversaw the rollout of charging infrastructure for over 130 sites as a program manager. Roman holds a master's degree in engineering and management with focus on electrical engineering from RWTH Aachen.

Speaker

Benedikt Tepe, TUM - Technical University Munich

Research Associate

Germany

Benedikt Tepe studied electrical engineering at RWTH Aachen University with a focus on energy technology. After bachelor and master theses in the field of battery storage technology and electric vehicles, he started his PhD at the Chair of Electrical Energy Storage Technology at the Technical University of Munich in 2019. His PhD focuses on the areas of stationary and mobile storage applications and in particular on the topic of vehicle-to-grid (V2G). His scientific publications include storage load profiles of battery storage systems in various stationary applications on the one hand and on optimized commercial EV pools for the provision of frequency containment reserve and arbitrage trading on the other hand.

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