PHYSICAL DESIGN AND MODELING OF 24V/48V DC-DC BOOST CONVERTER FOR SOLAR PV APPLICATION BY USING SIMSCAPE LIBRARY IN MAT LAB
PHYSICAL DESIGN AND MODELING OF 24V/48V
DC-DC BOOST CONVERTER FOR SOLAR PV
APPLICATION BY USING SIMSCAPE LIBRARY IN
MAT LAB
Nikhil Kumar1
Suresh Gawre2
Deepak Verma3
and Tushar Kumar4
1, 2, 3, 4 Department of Electrical Engineering, MANIT, Bhopal, India
ABSTRACT
As per the current scenario there is lot of power shortages in all over the world. Renewable energy sources
are the promising energy source among the existing resources of energy out of which solar PV is most
popular due to its significant advantages over other type of renewable energy resources. Controlling the
output of solar PV system is a key aspect. The main theme of this paper is to present physical modelling and
simulation of solar PV system and DC-DC boost converter in SIMSCAPE library of MATLAB .the
advantage of using SIMSCAPE library is that it models the system physically and the results obtained from
it will be considering all the physical effect. in this paper the output of solar cell has been interfaced with
the boost converter. Once the system can be modelled in SIMCAPE it can be easily implemented on
hardware. So we can easily implement for real time applications.
KEYWORDS
Solar panels, DC-DC boost converter, solar system, renewable energy, continuous conduction mode
(CCM)
Original Source URL : http://airccse.com/ijaceee/papers/2214ijaceee04.pdf
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