Abstract
Renewable energies represent suitable resources for loads supply in isolated area. Photovoltaic energy have great potential in sunny regions. An adequate energy planning should guarantee the functioning of priority loads face to climate instability. Timed Hybrid Petri Nets (THPN) formalism is proposed to model a standalone PVPs/Batteries system installed in isolated chalet. By means of this model, an energy planning algorithm is developed so as to satisfy the load demand and to make maximum use of renewable generation and energy storage. The algorithm makes decision on loads operation times based on a predefined priority (priority and secondary load). Obtained results show that the loads operation planning satisfies the priority loads during the whole day and covers the secondary load energy.
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