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A novel methodology for strategic selection of different components of PV-wind hybrid system is presented here. The optimal sizing determination is a key factor for pre-feasibility and feasibility analysis of hybrid system for any specific site. The capacity of battery, diesel generator (DG) and converter is determined with this novel approach ensuring a low cost reliable system with zero load rejection...
Several renewable energy sources are being used these days either individually or in a hybrid manner for fulfilling different demand scenario. This paper emphasizes on modeling and simulation of Micro Hydro-Diesel hybrid power generation system for isolated operation in a hilly region as this type of studies are not very frequently available in literature. A diesel generator serves as a backup power...
Stand-alone power generation systems are an effective method of providing Power to Area which is not supplied by grid. Greater penetration of Renewable Energy Sources can be achieved in such projects. Stochastic simulations can be used to determining the capacity of wind/photovoltaic generation plant. In this paper we used Deficiency of Power Supply (DPS) and Deficiency of Power Supply Probability...
This paper focuses on unit sizing of stand-alone hybrid energy systems using bees algorithm. With different combination of renewable sources, two types of hybrid energy systems are taken as test systems. Apart from the non-conventional sources like wind turbines, solar panels along with micro hydro plant, the systems have been optimized with fuel cell, converters, electrolyzers and hydrogen tanks...
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