Abstract
This paper presents a systematic algorithm to determine the optimal
allocation and sizing of Photovoltaic Grid-connected Systems (PVGCSs)
in feeders that provides the best overall impact onto the feeder.
The optimal solution is reached by multi-objective optimization approach.
Both technical and economical objective functions are taken into
account in the optimization procedure. The technical objective is
related with the improvement of the distribution feeder voltage conditions.
The economical objective is associated with the profitability both
PV generation and potential loss reduction on the feeder. This procedure
aims at finding the PV solution that yields the best compromise for
the two considered objectives between various potential candidates
of PVGCSs well known. The results obtained with the proposed methodology
for feeders found in the literature demonstrate its applicability.
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