PV source based high voltage gain current fed converter
Soumya Saha,Sahityika Poddar,Kudzai B Chimonyo,G Arunkumar,D Elangovan +4 more
- Vol. 263, Iss: 5, pp 052014
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TLDR
In this paper, a PV source based high voltage gain, current fed converter was designed and simulated for future modeling of solar powered electric hybrid cars, which achieved an output of 800 V dc from a 48 V dc input.Abstract:
This work involves designing and simulation of a PV source based high voltage gain, current fed converter. It deals with an isolated DC-DC converter which utilizes boost converter topology. The proposed converter is capable of high voltage gain and above all have very high efficiency levels as proved by the simulation results. The project intends to produce an output of 800 V dc from a 48 V dc input. The simulation results obtained from PSIM application interface were used to analyze the performance of the proposed converter. Transformer used in the circuit steps up the voltage as well as to provide electrical isolation between the low voltage and high voltage side. Since the converter involves high switching frequency of 100 kHz, ultrafast recovery diodes are employed in the circuitry. The major application of the project is for future modeling of solar powered electric hybrid cars.read more
Citations
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Performance enhancement of multi-port bidirectional DC-DC converter using resilient backpropagation neural network method
S. Sankarananth,P. Sivaraman +1 more
TL;DR: In this paper , a multi-port DC-DC power converter is proposed to deal with the intermittent nature and slow responsiveness of renewable energy applications, where the secondary port consists of both energy storage and solar energy source and both are switched alternatively using a bi-directional switching topology.
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