Porous Media

Battery pack design for E-Scooter/Drone/EV applications

Battery pack design for an e-scooter, drone or EV is very interesting problem. With the new e-scooter boom in the market and pending EV boom in India, the need for battery pack design engineers is destined to grow. A battery pack design requires deeper understanding of the workings of a li-ion battery along with their dynamics in a group of batteries. This work consist of both simulation and experimental component.

 

 

Modeling and Simulation of Li-ion Batteries and Fuel Cells Impedance Response

Electrochemical Impedance Spectroscopy (EIS) offers a way to determine and quantify the transport and kinetic processes occurring in energy storage and conversion systems such as Li-ion batteries, fuel cells and electrolyzer. EIS is a powerful technique that helps in quantifying the various transport and kinetic resistances hampering the performance of the said systems. Apart from that, health monitoring of batteries and fuel cells (estimating the remaining life and capacity fade) has become very critical for enabling e-mobility.