Call for Papers for Your Submission
Advanced Battery Power is one of the largest international scientific battery conferences in Germany. The established symposium offers a broad professional audience an excellent platform for the presentation of research work and results in the field of battery technology.
Representatives from industry and academia discuss the latest findings along the entire value chain of batteries: the current state of research on lithium-ion batteries, new types of systems and innovative materials, battery cell production and fields of application as well as second life and recycling. We are looking forward to your contribution.
The call for papers is now open and will remain so until October 31, 2026.
For the Advanced Battery Power Conference, the Scientific Advisory Board will review the diverse and highly relevant topic proposals by the end of December 2026 and put together an exciting program.
We look forward to your contribution!
Milestones on the way to the conference
Deadline for the submission of presentation topics in the Call for Papers
October 31, 2026
Confirmation of acceptance of the lectures
December 31, 2026
Extended Deadline for Submitting Poster Proposals in the Call for Papers
January 31, 2027
Deadline for submission of final presentations and posters.
March 20, 2027
April 7-9, 2027
The topics
1. Material Level
- Active materials for lithium-ion and sodium-ion batteries
- Active materials for lithium metal/sulfur/air
- Solid-state batteries
- Electrolytes and separators
- Redox-flow batteries and emerging chemistries
- Material degradation mechanisms
2. Cell level – any technology
- New cell designs and architectures
- Performance and lifetime studies
- Reliability and safety
- Thermal behaviour and abuse testing
- Ageing, degradation and lithium plating
- Experimental characterisation methods
3. Pack level – any technology
- Pack/module design and integration
- Thermal management
- Battery management systems
- Diagnostics and prognostics
- Reliability, safety and fault detection
- Sensors and monitoring systems
4. Production
- Sustainable materials & innovative processes
- Production of novel cell chemistries
- Digitalization & AI in cell manufacturing
- Gigafactories: Challenges in rRamp-up
- Battery production environment
- Inline metrology
5. Applications
- Automotive and mobility applications
- Stationary storage and grid integration
- Vehicle-to-grid (V2G), vehicle-to-home (V2H)
- Charging infrasstructur
- Multi-use operation and second-life deployment
- Market integration and operation strategies
6. Battery Life Cycle
- Raw materials and supply chains
- Second life and recycling
- Circular economy approaches
- Life cycle analysis (LCA) / Life cycle costs (LCC)
- Sustainability metrics and
environmental impact
New and interdisciplinary topics
- Computational battery engineering (modelling, simulation, machine learning, AI, digital twins)
- Fast charging and extreme operating conditions
- Standardization, testing protocols and benchmarking
- Procedure for lifetime and remaining useful life prediction