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Optimal Design of Stand-Alone PV/Wind Generator and Diesel System by Using Individual Particle Optimization Algorithm
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Abstract
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In this paper an optimized wind/PV hybrid system with battery and diesel backup is designed. As a result of this study the costs of the hybrid system will be minimized in its 20-year life time. The optimization is done by considering the annual load increase and fuel cost rise. This Optimization is subject to load covering and minimizing the total cost. The total cost entailed maintenance, equipment and diesel fuel consumption substitution. An advanced variation of individual particle optimization algorithm (IPO) is used to solve the optimization problem. Copyright (c) 2012 Praise Worthy Prize S.r.l. - All rights reserved.
Keywords:
Hybrid Systems
Renewable Power System
Individual Particle Optimization
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