INHERIT

Project Methodology

Year	Work package	Associated activities
I-II	Sizing the supercapacitors	Survey of the actual status of research to select the proper sizing algorithms Development of the sizing algorithm
II	Design and development of cell voltage equalizer evelopment of real-time simulation model of a complete electric urban vehicle	Design of a dual function power converter Design of the voltage equalizer system Testing via simulations the mechanical assemblies of the vehicle AMESIM based simulation of the supercapacitors Simulation of the propulsion motor Simulation of the EV's power electronics Simulation of the ECU
III	Scaled hardware in the loop (HiL) testing of the urban vehcile	Building the required test bench Setting the scaling gains for the elements under test Testing the system as one complete unit

Year

Work package

Associated activities

I-II

Sizing the supercapacitors

Survey of the actual status of research to select the proper sizing algorithms

Development of the sizing algorithm

Design and development of cell voltage equalizer

evelopment of real-time simulation model of a complete electric urban vehicle

Design of a dual function power converter

Design of the voltage equalizer system

Testing via simulations the mechanical assemblies of the vehicle

AMESIM based simulation of the supercapacitors

Simulation of the propulsion motor

Simulation of the EV's power electronics

Simulation of the ECU

III

Scaled hardware in the loop (HiL) testing of the urban vehcile

Building the required test bench

Setting the scaling gains for the elements under test

Testing the system as one complete unit