| Project 1 | Development of a 100 W PV-Electrolysis-Fuel cell complete system |
| Project 2 | Development of a 3 kW PV-Electrolysis-Fuel cell complete system |
| Project 3 | Development of a 2-way inverter to connect the output of a fuel-cell to 220 V power system |
| Project 4 | Developing a DC Power Source for Electrolysis Unit |
| Project 5 | Electrolysis |
| Project 6 | Hydrolysis of sodium borohydride |
| Project 7 | Production of sodium borohydride |
| Project 8 | Recycling sodium metaborate to sodium borohydride |
| Project 9 | Hydrogen Production by Gasification |
| Project 10 | Development of reactors for the production of H2 from biomass (directly / with biogas) |
| Project 11 | Development of PEM Fuel Cell Membrane |
| Project 12 | Development of a 100 W PEM fuel cell |
| Project 13 | Development of a 3 kW PEM fuel cell |
| Project 14 | Fuel Cell Modeling |
| Project 15 | Experimental and Theoretical Study of Metal-Hydride Storage Systems |
| Project 16 | Development of H2 Compression and Heat Pump System Using Metal Hydride |
| Project 17 | Fuel Cell-Powered Hybrid Vehicle |
| Project 18 | Development of a Fuel Cell Test Stand and Testing of Fuel Cell Models and Prototype |
| Project 19 | Enhancement of PV Systems |
| Project 20 | Electrochemical Oxidation of Sodium Borohydride |
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