The ECS Student Chapter Munich has been awarded as Chapter of Excellence 2017 by the ECS!
Founded in September 2015, the Student Chapter Munich of the Electrochemical Society has currently ~40 members from 6 academic research groups. Open to all graduate students / PostDocs working on electrochemistry in the Munich area, our goals are knowledge transfer, networking, and establishing collaborations among different research groups in the Munich area.
- Materials & Methods Club: Monthly meeting on the scientific breakdown of a selected method or material class to „newbies“ by dedicated experts from the student chapter, detailed explanation of the underlying principles, discussions and practical answers for successful application
- Scientific Workshops: Regular knowledge exchange on specific topics related to electrochemistry in short presentations or poster sessions by members for members
- ECS SCM Symposia: “Mini conferences” with internationally renowned guest speakers
- Young Professionals Events: Insights into the life after the PhD/PostDoc from Student Chapter alumni who recently started their corporate life
The next Materials & Methods Club will take place on 18 July 2018, 17:00, at TEC. Dr. Tim Fellinger will give an introduction to Gas Adsorption Porosimetry for the Characterization of Active Materials.
The ECS Student Chapter Munich hosted its 3rd symposium on 24th September 2019 in the rooms of the Institute of Advanced Study at the Technical University of Munich. Thanks to joint efforts of the chapter members and funding from BMW, Hereaeus, ECS, BioLogic and PINE, seven invited speakers and around 80 attendees could be hosted, amongst them a visiting group from the ECS student chapter in Ulm. Marc Koper from Leiden University gave insights into the world of platinum electrochemistry providing a lot of mechanistic details and new findings regarding cathodic dissolution of platinum. Electrocatalysis was also the focus of Karl Mayrhofer’s work at the Helmholtz Institute Erlangen-Nürnberg. He explained how to evaluate the catalyst’s activity, stability and selectivity and how online coupling of analytical techniques to electrochemical flow cells helps to evaluate those. Thomas Schmidt from the Paul-Scherrer Institute in Villigen, Switzerland is well-known for his work on oxygen evolution catalysts and he shared the latest findings from operando studies with his audience. He showed that the chemical composition of an as-synthesized IrOx and a heat-treated IrO2 remains constant during operation, whereas the morphology is altered only in the case of the as-synthesized IrO2. This topic was picked up by Peter Strasser from Technical University of Berlin, who intrigued the audience not only by new findings on the catalytic “dark side” of solar fuels and chemicals, showing by doping IrOx with nickel improved OER activity is reached. Moreover, he was also pointing out how the most significant results are achieved by a strong spirit of collaboration between scientists. After digging deep into the world of fundamental research, Andreas Peschel shifted to the focus to industrially relevant topics. He elucidated the technical processes for hydrogen distribution developed by Linde AG and one got the impression that Germany is prepared for a much higher number of fuel cell cars than found on the streets right now.
After the poster sessions, where students presented their current research with a vivid exchange between all the participants, Dina Fattakhova-Rohlfing from Forschungszentrum Jülich and Arnulf Latz from German Aerospace Center and Helmholtz Institute Ulm took us to a journey into the world of battery cells. While Dina Fattakhova-Rohlfing’s most recent work is about a multitude of materials for novel ceramic lithium and sodium batteries, Arnulf Latz gave deep insights into the physics of strongly interacting electrolytes with respect to their bulk and surface dynamics.
In conclusion, by hosting this event, interdisciplinary dialogue in Electrochemistry and build bridges between different Electrochemistry Institutes in Europe was encouraged. The topics of the symposium covered a wide range of different fields of electrochemistry. We are happy that many researchers joined the event and made it successful.
The ECS Student Chapter Munich hosted its second Panel Discussion on October 23rd 2018 on the topic “Fueling Tomorrow - Energy Supply for Future Mobility” at the Technical University of Munich (TUM). The invited guests Christian Wulff (Audi), Dr. Andreas Peschel (Linde), Dr. Lukas Köhler (FDP), Daniel Zellinger (FlixBus) and Prof. Andreas Jossen (TUM) debated on current and future problems and possibilities of fuel cell and battery electric vehicles as well as the required refueling infrastructure.
After a short introduction of the ECS Student Chapter Munich by the moderators Johannes Sicklinger and Gregor Harzer, Prof. Andreas Jossen (TUM) gave the keynote presentation on current technologies for battery electric charging and future possibilities as well as its limitations. Further, he mentioned hydrogen-refueling concepts and compared them to electric charging technologies in terms of time requirement and large-scale applicability. After Prof. Jossen’s presentation the other panelists gave short opening statements to set the base for the following panel discussion. Christian Wulff stated that fuel cell electric vehicles would be the best choice for long-range travel; however, their widespread prevalence depends on the installation of a nationwide refueling network. The production and distribution of hydrogen was adressed by Andreas Peschel, pointing out that refueling options are technologically available; however, there are only very few customers, underlining the hen-egg-problem of hydrogen fuel cell cars and their infrastructure. Political aspects of hydrogen and battery cars were elucidated by Lukas Köhler, who proclaimed that the mentioned hen-egg-problem is currently being approached by the government, which promotes the fueling infrastructure, at least for battery vehicles. He added that it will take time for the drivers to accept electric cars on a large scale. In the final opening statement, Daniel Zellinger introduced the business model of Flixbus and their future concept for battery or fuel-cell electric busses for long-distance travels.
During the following one and a half hours, the panelists debated lively and passionately on the different aspects of emission-free propulsion technologies and their impact on the automotive industry. More than once the discussions turned to the hen-egg problem of electric cars and their charging infrastructure.
Lukas Köhler expects that the consumer behavior will change severely for the future generations, in particular in the way that personal belongings such as cars or vacation homes will be shared, which enables novel concepts of mobility. In cities, car sharing with battery electric cars will be part of our daily life, whereas for longer trips and vacations, rented fuel cell cars probably will be the preferred means of transportation. When the discussion came back to the hen-egg-problem, which exists for both fuel cell and battery electric cars, the representatives of industry and politics both pointed out their achievements made so far. Both parties agreed that large-scale changes take their time. However, Andreas Jossen illustrated that in China 100 times as much charging stations as in Germany exists. In this context, Christian Wulff proposed a joint plan of industry and politics to make electric vehicles more attractive to the customer. Additionally, Lukas Köhler discussed CO2 certificates or taxes to support the transformation towards emission-free mobility, since in the end the consumers will mainly decide by the total cost of car ownership on the propulsion technology they choose.
In the case of electric buses, the situation appears to be even more complicated. Daniel Zellinger strengthened that it was extremely difficult for his company to find manufacturers of battery-electric busses, wherefore hydrogen-powered public transportation might be a less expensive solution in the future. Andreas Peschel stated that the investment for a hydrogen fueling station often is subsidized by the government, but the operation of the fueling station is not. Due to the low amount of FC cars, most hydrogen fueling stations make loss in operation and hardly anyone wants to invest. Lukas Köhler added that the public budget on hydrogen infrastructure has been only spent to a minor part so far.
All panelists agreed that fuel-cell as well as battery-elecric vehicles will spread much more in the next years and that emission-free mobility will require large investments in the future.
The ECS Student Chapter Munich kindly thanks all supporters of this event, in particular the five panelists for their time and commitment, and in addition the ECS and Fakultätsgraduiertenzentrum Chemie for financial support.
On 20 July 2017, the ECS Student Chapter Munich hosted the first ECS Panel Discussion titled “Fuel Cells vs. Batteries – The Future of Electromobility” in the Faculty Club at the Institute for Advanced Studies (IAS) at the Technical University of Munich (TUM). Dr. Peter Lamp (BMW), Prof. Werner Tillmetz (ZSW Ulm), Kevin Gallagher, Ph.D. (Robert Bosch), and Thomas Schaefer (BeeZero, Linde) accepted the invitation to promote an interdisciplinary dialogue about Electromobility and to discuss opportunities and challenges arising from different energy storage technologies. Thanks to them, the about 100 participants from industry and energy research-affiliated institutes at the universities in Munich and Ulm experienced an insightful and enjoyable afternoon.
After a warm welcome and brief introduction of the ECS Student Chapter Munich by the host team Christoph Simon and Rui Fang, Prof. Hubert Gasteiger (TUM) pathed the way for a fruitful discussion by shortly reviewing the state-of-the-art for current lithium-ion battery and fuel cell cars while pointing out today’s challenges in costs as well supply of electricity, hydrogen and raw materials. In the following opening statements, the panelists shared their individual perspectives on Electromobility, which were supported by selected key visuals. Prof. Werner Tillmetz showed the potential of a hydrogen economy against the background of global trends for electromobility. BeeZero, the world’s first car sharing with H2, was introduced by Thomas Schaefer, who explained why fuel cell cars are perfect for weekend trips. Dr. Peter Lamp illustrated how electromobility is only one aspect of the disruptive change that mobility is going through, but that electrification is a marathon, not a quick win, highlighting his presentation by a short movie about the driving experience in a battery electric vehicle. Kevin Gallagher pointed out that although batteries have penetrated the market for automotive applications to a higher degree than fuel cells, the development of a recharging infrastructure will be crucial for both technologies.
During the following ~90 minutes, a lively and sometimes passionate discussion fired up between the panelists on the different aspects of energy storage technologies and their impact on the automotive industry, moderated by Christoph Simon and Rui Fang. While Peter Lamp and Kevin Gallagher were both confident that today’s driving range limitation of battery-powered vehicles can be overcome by technological advances, Prof. Werner Tillmetz suggested: “If you can only buy one car, buy a fuel cell car.” Another key point of the discussion was the recharging/refueling infrastructure, which has to develop simultaneously with the vehicles. “Infrastructure for fuel cell cars is a hen-egg problem, and we need external forces to break it”, explained Thomas Schaefer. Both he and Dr. Peter Lamp emphasized the importance of end user feedback: “In the end, the customer experience will be the same for a battery or a fuel cell car, except for the re-fueling,” Dr. Peter Lamp admitted. For Kevin Gallagher, smart use is a key when it comes to the efficient charging of battery vehicles, as digitalization and connectivity might lead to solutions that we can’t think of today.
Although it seems as battery-powered vehicles might have a head start, it is not predictable which technology will be more successful in the future, as also the way how we use cars will change dramatically, believes Prof. Werner Tillmetz. Therefore, a key task for Thomas Schaefer is to raise public awareness and everyday visibility fur fuel cell cars. However, all panelists agreed that both technologies should be supported, depending on the use case. “We should all fight together coming towards zero-emission mobility”, said Dr. Peter Lamp, whereas Kevin Gallagher concluded: “We’re on the transition – it’s occurring before our eyes.”
After questions from the audience, the following get-together left some time for further discussion with the panelists as well as networking among the participants. “I really appreciate the chance to attend a discussion between experts that are addressing the challenges in Electromobility from such different angles”, commented a participant after the event.
The ECS Student Chapter Munich kindly thanks all supporters of this event, in particular the four panelists for their time and commitment, and in addition BMW, Umicore, and BioLogic for financial support.
On April 5th, 2017, the first “Young Professionals” event of the ECS Student Chapter Munich was hosted by the Chair of Theoretical Chemistry at the Technical University of Munich (TUM). Several TUM Alumni accepted the invitation to attend this event as guest speakers and shared some of their experiences and recent impressions as young professionals in industry. With two speakers from BMW AG, both from the battery and the fuel cell department, and one speaker from the Deutsche Accumotive GmbH & Co. KG, the focus of this event was on energy storage and conversion in the automotive field. In addition to the guest speakers, more than 40 participants from six different research groups at TUM enjoyed an introduction to the ECS Student Chapter Munich by our president Sophie Solchenbach and a review of the Student Chapter’s previous activities, including a brief summary of the 2nd ECS SCM Symposium on “Modelling of Electrochemical Systems” by Rui Fang. For some of the students, however, the highlight of the event was clearly the chance to network both with alumni and researchers from other Chairs at TUM. The discussions continued throughout the whole evening in an informal get-together with cool drinks and snacks. “I really appreciate the chance to meet other researchers and to keep in touch with alumni from our Chair in such an informal occasion.” says Armin Siebel, board member of the ECS Student Chapter Munich and adds further “I am looking forward to our next Young Professionals event.”
Modelling and Simulation of Electrochemical Systems
On November 29th, 2016, the 2nd Symposium by the ECS Student Chapter Munich took place in the Faculty Club of the TUM Institute for Advanced Study (IAS) in Garching. After our first symposium in February 2016 with a focus on experimental methods for electrochemical systems, this time we prioritized mathematical modeling and computational simulation of lithium-ion batteries. In total, more than 50 researchers from 14 different research groups at the TUM and from industry attended the symposium. We invited Professor Wolfgang Bessler from the Offenburg University of Applied Sciences and Professor Arnulf Latz from the Helmholtz Institute Ulm as keynote speakers, and several additional presentations were given by members of our student chapter and other researchers. Apart from that, the agenda also allowed for several extensive coffee and lunch breaks combined with poster sessions, again with contributions from various groups. The participants took advantage of these breaks to engage in scientific discussions and networking. The symposium was free of charge for all attendees and primarily funded by the TUM Graduate School. We would like to thank all participants and partners for supporting our second symposium, and we are very looking forward to the third one!
Energy Conversion – from Fundamentals to Applications
ECS Student Chapter Munich hosted its first-ever symposium on February 15th, 2016, featuring invited talks by Professor Jeff Dahn and Professor Thomas J. Schmidt, a poster session, and numerous opportunities for discussion and networking.
Professor Jeff Dahn (Dalhousie University, Canada) has contributed significantly to the field of Li-ion battery research. His talk focused on lifetime studies of Li-ion batteries and the development of appropriate means of prediction. Additionally, he presented recent diagnostic approaches for monitoring the electrolyte content during degradation testing, which is of paramount importance to the prediction of cell failure, where electrolyte loss plays a key role.
Thomas Schmidt’s group at the PSI has recently investigated electrolysis with specific interest in non-noble metal based electrocatalysts for the oxygen evolution reaction. So far, the only viable electrocatalysts for this, in an acidic environment, are rare noble metals or their oxides, such as IrO2 or RuO2. By switching to an alkaline environment, Prof. Schmidt’s group has gained the possibility to expand the palette of potential catalyst materials to non-nobles, recently investigating perovskite-type materials.
In addition to the invited talks, ~ 20 posters were presented in the course of the symposium, covering a wide range of topics, from modeling NMR-spectra of specific battery materials, over spectroscopic approaches for operando investigation in mechanistic studies, to battery safety, fuel cell electrocatalysis or electrolysis materials optimization. This reflects the widespread fields of interest of our student chapter and their members. Finger food and beverages provided, the numerous posters were discussed extensively and there was a lot of time to get into contact with researchers from other groups for and to make new friends in the field electrochemistry– no one was standing in a corner alone, conversation and academic curiosity ruled.
To become a member of the Student Chapter Munich, you also have to be a member of the Electrochemical Society. ECS membership offers free access to ECS journals and discounts for ECS meetings and publishing fees. For Student Chapter Members, ECS membership is free.
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