Accessing Battery Material Properties with Electrochemical Techniques
Electrochemical methods are useful for determining various material properties of the components in electrochemical devices. Specifically, electrochemical impedance spectroscopy (EIS) performed on cells containing only the essential components can provide detailed information about each part of the device. This approach allows for a clearer distinction of each component's contribution to the overall performance. It also helps explain the electrochemical behavior of the complete system.
In this webinar, Dr. Christoffer Karlsson will show some examples of this methodology, focusing on battery component properties such as the MacMullin number of separators, tortuosity of active material coatings, and electrolyte conductivity. A workflow for simple and reliable impedance data fitting and parameter evaluation will also be shown.
Who should attend?
- Professionals working on the design and optimization of electrochemical devices such as batteries, fuel cells, and supercapacitors, etc.
- Professionals in industries related to energy storage, renewable energy, and electronic devices
- Researchers interested in high-throughput EIS analysis
- Researchers curious for better understanding of material transfer and interface tortuosity
Key Learning Points
- Learn about device components of lithium-ion batteries
- Learn how to determine conductivity, MacMullin number, tortuosity electrolytes by EIS
- Learn how to set up a test cell for component analysis
Presenter: Dr. Christoffer Karlsson (Senior R&D Scientist, rhd instruments)
Dr. Christoffer Karlsson is a Senior R&D Scientist at rhd instruments with a background in electrochemical analysis and material development for batteries and supercapacitors. With a proven track record of designing and carrying out investigative research projects, he has developed active materials and electrolytes for all-organic proton batteries, as well as active material formulations for lithium-metal batteries. He is keen to be a part of creating a sustainable society by developing new solutions for energy applications.
Presenter: Kia Williams, PhD (Electrochemistry Product Manager, Metrohm USA)
Kia has a PhD in chemistry from the University of South Florida. Her work included analyzing and characterizing Metal-Organic Frameworks and carbon materials for energy storage and conversion applications. She joined Metrohm in 2018 as the Electrochemistry Product Manager where she focuses on electrochemical and spectroelectrochemical applications.
