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Item

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Implementation of DC-DC Step-Up Converter Design for 200W Off-Grid Microinverter

http://hdl.handle.net/20.500.12678/0000001955
54ed3986-d8de-40bb-8f42-5ef5e0a9ea82
2e7b7a61-f5f8-478a-8717-c54f96efa861
None
Name / File License Actions
15.Implementation 15.Implementation of DC-DC Step-Up by Kyu Kyu Mar.pdf (2404 Kb)
Publication type
Conference paper
Upload type
Publication
Title
Title Implementation of DC-DC Step-Up Converter Design for 200W Off-Grid Microinverter
Language en
Publication date 2010
Authors
Kyu Kyu Mar
Hla Myo Tun
Maung Maung Latt
Description
In this paper, DC-DC step-up converter design for
200W off-grid solar micro-inverter is discussed. Microinverter
system consists of the MPPT section, the DC-to-DC converter
section and the inverter section. The MPPT section detects and
optimizes the power from the solar panels with the help of PIC
microcontroller to achieve the maximum power transfer from
the panel at any instant of the time. There are no power storage
units such as battery and the DC voltage output of MPPT section
is driven to the DC-to-DC converter section, where solar panel
DC voltage is inverted to high frequency high voltage AC voltage
and then converted into high voltage DC voltage which equal to
the peak voltage of the inverter stage output AC voltage. Only a
small size soft ferrite core is used as a power converter
transformer because of the high switching frequency of about 65
kHz is utilized. The galvanic separated auxiliary low voltage DC
for the control circuitry of inverter section is also converted. The
final inverter section generates the 50 Hz 230VAC modified
sinewave output for the utilities. This is a prototype inverter so
that it fabricated on three separate IC strip-boards and these can
be combined in a single well-designed compact PCB board. It can
be modified up to 1000 VA output power with the modifications
of ferrite transformer size and small additional components. The
battery-less system provides the green power generating process
and environmental friendly.
Keywords
MPPT
Identifier http://uyr.uy.edu.mm/handle/123456789/85
Journal articles
Conference papaers
Books/reports/chapters
Thesis/dissertations
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