SCS Projects

Modeling and Control of Proton Exchange Membrane Fuel Cells (PEMFCs)

Description: Development of a mathematical modeling that contributes on solving problems related to the control of the fuel cell internal physical phenomena. The modeling focuses in particular, on the water transport phenomena inside the cell components to establish an appropriate control, improving the electrical efficiency.

Main contributor(s): Ahmad Haddad

Eventual collaboration / Grants associated: Collaboration with the Indian Institute of Technology (Department of Electrical Engineering, Mumbai, INDIA)

Contact Name and Information: ahmad.haddad@liu.edu.lb

Testing PEM fuel cell models using 1 W fuel cell

Main contributor(s): Ahmad Haddad

Eventual collaboration / Grants associated: Collaboration with the Indian Institute of Technology (Department of Electrical Engineering, Mumbai, INDIA)

Contact Name and Information: ahmad.haddad@liu.edu.lb

Energy efficiency in household electrical consumption

Description: Improving energy efficiency by monitoring household electrical consumption is of significant importance with the climate change concerns of the present time. A solution for the electrical consumption management problem is the use of a non-intrusive appliance load monitoring (NIALM) system. This system captures the signals from the aggregate consumption, extracts the features from these signals and classifies the extracted features in order to identify the switched on appliances.