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Session 04: BEYOND LITHIUM ION BATTERY
Note: We assume all delegates attend the full 3-day conference. The times/dates shown on the website are tentative for conference scheduling, and subject to change before 20th July 2015, Final schedule will be confirmed on 21st July 2015.
Energy storage takes on many forms, factors and applications. Starting from small scale li-ion batteries for hand held devices and EVs all the way to multi megawatts large-scale grid connected energy storage systems which are based on battery storage (chemical), mechanical storage such as pumped hydro or flywheels or even thermal storage in molten salts.
In 1991 the battery industry has made a significant shift from Ni-Cd and NiMH to the Li-ion battery technology which allowed reduction in size and volume of batteries and increased portability. Since then the demand for batteries which allow longer run-time for hand held devices or solutions that will extend the electric vehicle range has been steadily expanding.
Although we see an initial market penetration of fully electric vehicles or plugged-in EV, the main limitations on a wider adoption of EV as a replacement for conventional propulsion systems are the cost, weight, volume and charging time. Unfortunately in the case of portable electronics batteries do not follow Moore's law, since battery size, capacity and weight are major constrains in designing a new portable device and its runtime.
In order to make a second industrial and technology breakthrough as the one achieved in 1991, a leap in technology is needed. Beyond the conventional li-ion batteries we can now already see developments such as high voltage li-ion chemistries, metal air batteries and fuel cells of various kinds.
This session will focus on technologies beyond the Li-ion batteries, their potential and stage of development.
Session 04F, 13th August 2015, 10:35-12:20
Moderator: Dr. Reza Younesi, Uppsala University, Sweden |
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Na-ion batteries: an emerging technology (40 minutes) Abstract
Prof. Teófilo Rojo
Principal Scientific Director
Power Storage, Batteries and Supercaps
CIC Energigune, Miñano (Alava)
Spain
Bio-sketch
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Ether-based electrolyte for lithium metal anode in Li-Air batteries (30 minutes) Abstract
Prof. Nobuyuki Imanishi
Department of Chemistry
Mie University
Japan
Bio-sketch |
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Reactivity with superoxide radical of the Pyr14TFSI Ionic Liquid for Li-O2 Cells (30 minutes) Abstract
Michele Piana, PhD
Senior Researcher
Technische Universität München
Department of Chemistry
Chair of Technical Electrochemistry
Germany
Bio-sketch |
Session 04G, 13th August 2015, 13:40-15:25
Moderator: Prof. Teófilo Rojo, CIC Energigune, Spain |
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Novel Nanostructured Materials for zinc-air and Li-Air Batteries (40 minutes) Abstract
Dr. Zhaolin Liu
Senior Scientist
Institute of Materials Research and Engineering (IMRE)
A*STAR (Agency for Science, Technology and Research)
Singapore
Bio-sketch |
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Reaction products in aprotic Li-O2 batteries (20 minutes) Abstract
Dr. Reza Younesi
Ångström Advanced Battery Centre (ÅABC)
Department of Chemistry-Ångström Laboratory
Uppsala University
Sweden
Bio-sketch |
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High energy density post Li-ion batteries through electrolyte optimization (20 minutes) Abstract
Dr. Alexandre Ponrouch
Institut de Ciencia de Materials de Barcelona (CSIC), Catalonia
Spain
Bio-sketch |
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Atomic Layer Deposition Processes for All-Solid-State Lithium-Ion Batteries (15 minutes) Abstract
Miia Mäntymäki
Laboratory of Inorganic Chemistry
University of Helsinki
Finland
Bio-sketch |
Session 04C, 11th August 2015, 15:45-17:30
Location: Cedar suite B
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Beyond lithium ion battery, how the electrified and connected vehicles are creating waves of innovations (30 minutes) Abstract
Abdelkrim Doufene, Ph.D.
Postdoctoral Associate - Lead Research Project Coordinator
Engineering Systems Division - Strategic Engineering Research Group
Massachusetts Institute of Technology
United States
Bio-sketch
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