Results

A: Deliverables

The results within the OBELICS project have been divided in 7 different categories, as listed below. The name of the report is directly linked to the full report (when public) or summary (when confidential).

1. Use cases, Requirements, Design Methods, Specify Demonstration & Evaluation Metrics.

Reference use cases and requirements for e-drive concept sizing (summary D1.1)
Reference use cases, requirements and metrics for battery design and testing (summary D1.2)
Reference use cases and requirements for E-motor control and inverter testing (summary D1.3)
Metrics to measure objectives (summary D1.4)
Reference use cases and requirements for e-vehicle system integration and optimization (summary D1.5)

2. Scalable Real-time Models & Parameter Identification (Battery, e-Motor and inverter).

Innovative battery modeling techniques (summary D2.1)
Innovative e-motor modelling techniques (Summary D2.2)
Innovative inverter modelling techniques (Summary D2.3)

3. System Model Integration & Modularity & e-drivetrain Concepts & Interfaces & Control Development, MiL, SiL & Efficiency Optimization.

Standardized Model Integration (D3.1)
Toy Models (D3.2)

4. Functional Testing & Test/System Integration Battery, eMotor, Invertor, FC for HiL, XiL.

Test specification for HF-inverters with e-motors (summary D4.1)
Battery test-specification development and test reports regarding battery assessment metrics (D4.2)

5. Safety & Reliability & Functional Safety Assessment.

Safety concept (summary D5.1)
Description of models used for the virtual assessment (summary D5.2)

6. Demonstration & Evaluation & Measure Objectives.

 

7. Standardization, Dissemination, Exploitation, 2nd life usage

Evaluation of international standards for lithium-ion batteries (D7.2)
OBELICS flyer (D7.4)
Optimization of OBELICS test procedures (D7.5)

8. Project management and administration

Risk Management Plan (summary D8.1)

B: (Peer reviewed) publications

Title: Online State of Health Estimation of Lithium-Ion Batteries Based on Improved Ampere-Count Method
Author(s): Locorotondo, E., Pugi, L., Berzi, L., Pierini, M., Pretto, A.
Kind of publication:

Proceedings – 2018 IEEE International Conference on Environment and Electrical Engineering and 2018 IEEE Industrial and Commercial Power Systems Europe, |(EEEIC/I and CPS Europe 2018 – 8493825.  <read more…>

 
Title: Online Identification of Thevenin Equivalent Circuit Model Parameters and Estimation State of Charge of Lithium-Ion Batteries
Author(s): Locorotondo, E., Pugi, L., Berzi, L., Pierini, M., Lutzemberger, G.
Kind of publication:

Proceedings – 2018 IEEE International Conference on Environment and Electrical Engineering and 2018 IEEE Industrial and Commercial Power Systems Europe, EEEIC/I and CPS Europe 2018, art. no. 8493924.  <read more…>

 
Title: Real time models of automotive mechatronics systems: Verifications on “toy models”
Author(s): Berzi, L., Favilli, T., Locorotondo, E., Pierini, M., & Pugi, L.
Kind of publication:

Article in Mechanisms and Machine Science, 68, pp. 141-148 <read more…>

Title: Quantitative FMEA and Functional Safety Metrics Evaluation in Bayesian Networks.
Authors(s): Nuffer, J. & Rauschenbach M.
Held on the European Safety and Reliability Conference <full text>