BFH – Battery and Storage Systems Lab

The BFH Energy Storage Research Centre provides a unique source of technical and commercial expertise. It serves as a subject-matter expert on storage applications in the energy and mobility sector and works with its partners to generate impetus for developments.

The characterisation and modelling of electrochemical storage devices is key to their successful implementation. There’s also a need for complete battery and energy systems to be developed and tested. Among other things, this involves identifying the optimal operating parameters for integrating electrochemical storage technology into a wide range of applications. A variety of test and characterisation methods are also used.

Battery and energy management systems (BMS and EMS) ensure that electrical storage systems operate safely and correctly. Our specialised researchers develop efficient, reliable software and hardware for these systems. To this end, they develop, test and validate model-based software algorithms and individual hardware for a wide range of battery applications.

Services

  • Battery testing and characterization: analysis of properties, performance, degradation and thermal behaviour of batteries with state-of-the-art test stands.
  • Development of algorithms for monitoring and functional evaluation of battery systems: state of charge, service life, performance estimation based on collected data.
  • Development of battery management systems (BMS): adapted hardware and algorithm to specific applications that offer low internal consumption and high level of safety.
  • Development of battery systems and components and integration into mobile and stationary applications.

Prof. Dr. Priscilla Caliandro

Berner Fachhochschule
School of Engineering and Computer Science
Head BFH Energy Storage Research Centre
Aarbergstrasse 46
2503 Biel

Electrochemical Impedance Spectroscopy for modelling of lithium-ion batteries

Electrochemical Impedance Spectroscopy for modelling of lithium-ion batteries

Development of reduced Order Physics-Based Models for​ State Estimation of Li-Ion Batteries​

Development of reduced Order Physics-Based Models for​ State Estimation of Li-Ion Batteries​

BMS HIL Test Platform – Cell, module and pack simulation environment

BMS HIL Test Platform – Cell, module and pack simulation environment

Battery Cycle Life Assessment through High-Precision Coulombic Efficiency Measurements

Battery Cycle Life Assessment through High-Precision Coulombic Efficiency Measurements

Development of battery systems / battery components and their integration into mobile and stationary applications

Development of battery systems / battery components and their integration into mobile and stationary applications