An integrated hybrid platform for accurate and fast degradation studies, thermal analysis and pack design
Quickly estimate SOH at the cell and pack level for user drive cycles and ambient conditions
Perform pack-level thermal analysis to optimize pack design, and cooling mechanism and increase life-span of the battery
Convert a traditional drive cycle (velocity vs. time) into a usable (current vs time) drive cycle and predict vehicle range.
Perform thermal runaway initiation and propagation studies to identify propagation speed and design mitigation strategies
Convert a traditional drive cycle (velocity vs. time) into a usable (current vs time) drive cycle.
Accurately evaluate non-uniform thermal cell properties to provide precise results
Getting Started With oorja
Import experimental data to first clean it and then fill in missing data points using ML to make it ready for hybrid modeling.
A central repository for all your cell and pack level properties to easily access across projects and to collaborate with colleagues.
The fast charging App quickly decides the charging protocol needed for the analysis
Analysis and Integration (AI) App provides post processing options for analyzing results
Analysis and Integration (AI) App provides postprocessing options for analysing results. This app also helps to export FMUs for various applications.