A BOOST-INVERTER BASED BATTERY-SUPPORTED FUELCELL SOURCED THREE-PHASE STAND-ALONE POWER
SUPPLY
ABSTRACT:
In this project, a three-phase boost-inverter topology is used to condition a typical low
output voltage fuel cell (FC) as a stand-alone power supply. The key benefits of the proposed
power supply include ability to deliver both the boosting and inversion functions in a singlestage, compactness and low cost. Additionally, the power supply incorporates a battery storage
unit through a bi-directional converter to support the slow dynamics of the FC and
simultaneously protect the FC as it acts as a filter for the low frequency harmonics. The threephase output voltage of the boost-inverter is voltage-mode controlled and the battery unit is
current-mode controlled.
BLOCK DIAGRAM:
Dc source
Back up
unit
3ph boost
inverter
Output
Driver section
Pic controller
TOOLS AND SOFTWARE USED:
 MP LAB
 ORCAD/PSPICE
 MATLAB/SIMULINK
OUTPUT:
 HARDWARE
 SIMULATION