CALL FOR PAPERS:
Deadline: 31. Oktober 2019

Die Fachtagung „Kraftwerk Batterie / Advanced Battery Power“ am 24.-25. März 2020 ist eine der führenden, international ausgerichteten Batterietagungen in Deutschland.

Die Themenschwerpunkte liegen im Bereich der Gurndlagen-, Material- und Zell-Technologien mit einem starken Forschungsfokus. Für die stetig steigende Zahl von Industriebeiträgen gibt es 2020 eine eigene Session, die auch der intensiven Verknüpfung von Forschung, Entwicklung und Anwendung Rechnung trägt.

Der Upload der Themenvorschläge erfolgt über das Online-Formular.
Sie können sich hier ein Template-Dokument mit einigen Hinweisen herunterladen.

Wir freuen uns auf Ihre Einreichung!

Themen 2020

1. Lithium ion cells: materials and improvements on properties

  • Active components (positive electrode materials, negative electrode materials)
  • Inactive components: electrolytes (solid, liquid, polymer and hybrid electrolyte systems), separators, housings, binders, additives, current collectors
  • Advances in power and energy density
  • Progress in cost reduction
  • New electrode and cell design: concepts and performance
  • Calendar life and cycle life
  • Safety: analysis and improvements on material and cell level
  • Theoretical, fundamental and microscopic models
  • New and advanced analytic methods in laboratories

2. Beyond and beside lithium-ion technology

  • Lithium/air, lithium/sulfur, lithium metal batteries
  • Non-lithium technologies (aluminum, calcium, potassium, sodium, magnesium, zinc, dual ion, etc.)
  • Progress on other battery technologies (any technology potentially suited for automotive or stationary applications)
  • Flow-batteries
  • Supercapacitors (incl. hybrids)

3. Batteries for 12 V and 48 V power systems

  • Requirements
  • Functional safety
  • Advances in lead-acid batteries, incl. technology, management, and diagnostics
  • Field experience and results of SLI batteries
  • Lithium-based batteries for SLI applications
  • Hybrids of lead-acid and lithium-based batteries
  • Hybrids of batteries and supercapacitors

4. Battery systems

  • Battery aging (experimental investigations, modeling, lifetime prediction, etc.)
  • Battery modeling (electrical, thermal, mechanical, performance, lifetime, parameterization, etc.)
  • Parametrization: impedance and physico-chemical approaches
  • Battery diagnostics (SOC, SOH, aging, performance, etc.)
  • Battery management: cell balancing, charge and thermal management, etc.)
  • Test procedures and results from field and laboratory tests on lifetime, performance and safety
  • Reliability of different battery pack designs

5. Automotive and mobile applications

  • Novel use of battery storage systems in automotive applications (requirements, solutions, future technologies, etc.)
  • Advances in battery electric vehicles and plug-in hybrid electric vehicles
  • Future on-board power supply technologies (12 V, 48 V, micro and mild hybrids, topologies, etc.)
  • Impact of ultra-fast charging on battery cell and system design
  • Combined battery systems (lead-acid, supercapacitors, li-ion, etc.)
  • Heavy-duty, public transport and off-road applications
  • Field experience, lifetime and reliability data, new techno­logies/applications, requirements and solutions to new applications

6. Stationary battery systems

  • Storage systems for grid stabilization, PV home storage, power supply for fast charging, teaming-up several services to one system, etc.
  • Field experience, operational strategies, lifetime, sizing tools, etc.
  • Vehicle to grid (PHEV and EV as grid elements)
  • Hardware challenges beyond the battery system (power electronics, safety, BMS hardware, EMV, etc.)

7. Production, 2nd life and recycling of battery systems and cells

  • Machinery and procedures for battery and cell manufacturing
  • Production process design and quality control
  • Formation, supply chain, logistics
  • Optimized battery pack design (efficient production, new technologies)
  • Second life / second use concepts, long-term storage of batteries
  • Recycling (all relevant battery materials)
  • Scenarios for battery costs, production capacities, markets

8. Markets

  • Market overview (capacity, manufacturer, chemistries, cell designs, etc.)
  • Market forecast (automotive, stationary, consumables)
  • Availability of raw materials

9. Teaching batteries

  • Educational and didactical concepts
  • University teaching of battery topics
  • Vocational retraining on battery issues