Abstract:
This thesis analyzes the procedural approach and benefits of applying
optimization techniques to the design of a boost dc-ac converter with solar cell as an
input. The analysis is performed based on the particular l2V DC to 230 V AC conversion
for home applications. A traditional design methodology is the use of buck inverter. One
of the characteristics of the most classical inverter is that it produces an AC output
instantaneous voltage always lower than the DC input voltage. Thus, if an output voltage
higher than the input one is needed, a boost dc-dc converter must be used between the
DC source and the inverter. It is less complex, lower cost and provides higher power
conversion efficiencies. This technique allows the P.W.M. voltage source inverter to
become a new feasible solution for solar home application.
