Programmable Device Circuits and Systems

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Multi Input Rectifier Structure for Tracking the Maximum Power Hybrid Energy System


Affiliations
1 Kalsar College of Engineering, Chennai - 602 105, India
2 Alsar College of Engineering, Chennai - 602 105, India
     

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An energy based model of hybrid wind solar generating system is presented other than hydropower. The proposed architecture is more reliable and power transmission efficiency can be improved than traditional power system. With both wind and photovoltaic system operating at their rated capacity the system can generate high power by incorporating Multi input rectifier and Maximum Power Point Tracking (MPPT) algorithm. The system’s power transfer efficiency and reliability can be improved significantly. This analysis is supported by simulation to verify the features of proposed topology.
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  • Multi Input Rectifier Structure for Tracking the Maximum Power Hybrid Energy System

Abstract Views: 512  |  PDF Views: 1

Authors

Balachandra Pattanaik
Kalsar College of Engineering, Chennai - 602 105, India
B. S. P. Sheema
Alsar College of Engineering, Chennai - 602 105, India

Abstract


An energy based model of hybrid wind solar generating system is presented other than hydropower. The proposed architecture is more reliable and power transmission efficiency can be improved than traditional power system. With both wind and photovoltaic system operating at their rated capacity the system can generate high power by incorporating Multi input rectifier and Maximum Power Point Tracking (MPPT) algorithm. The system’s power transfer efficiency and reliability can be improved significantly. This analysis is supported by simulation to verify the features of proposed topology.