A daily predicted energy produced by a PVP is managed to decide the adequate interconnection mode for the components of a water pumping system. The decision is taken through fuzzy rules that respect optimal management criteria. The algorithm optimizes the utilization of the PVP generation by extending the water pump operation period on the first hand and by carrying out security to the battery against deep discharge on the secondhand. After implementation, the algorithm effectiveness is shown over experimental results taken during three consecutive days considered typical. The system assessment confirms an improvement of 89% of the water pump operation time by keeping the battery dod<0 :5 during the day and less than 0.247 at the end of each day. Actually, the approach is investigated to carry out an optimization of an electric vehicle using photovoltaic energy by control- ling its speed depending on the available energy.
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