Akademik Veri Yönetim Sistemi
Theory and Research in Engineering, Prof. Dr. Coşkun ÖZALP, Editör, Seruven Yayinevi, İzmir, ss.37-48, 2022
Analysis and Design of Smart PV Modules for climate conditions in
Turkey, in this study, Turkey will be exposed to different climatic zones
for the solar panel, receiving angle of the sun’s rays, environmental factors
from: dust effect, the effect of rainfall, humidity are expected to operate
under the influence of parameters such as temperature. The system aims
to provide optimum energy production and increase efficiency under
these environmental factors. The goal of Turkey’s Solar Energy map to
specific intelligent design suitable PV modules will be conducted every
region of Turkey. This study conducted by TEXAS A&M UNIVERSITY
Electrical and Computer Engineering Department, College Station, Texas,
U.S.A. Renewable Energy & Advanced Power Electronics Research Lab
(REAPER LAB) Laboratories. It is performed in laboratories.
To examine the change in performance of photovoltaic (PV) panels,
we need a digital resistor and programmable STM32F4 ARM based
micro controller card, (Current-Voltage (I-V) curve tracer). The effects
of temperature, humidity, vibration, dust parameters will be examined
with the systems containing solar simulators and the environmental factor
simulations integrated with this system. This system is the most widely
used commercially as PV panels on monocrystalline and polycrystalline
photovoltaic panels. Different climatic conditions in the regions in Turkey,
humidity, dust, rain, shadows and to investigate the effect of the climatic
characteristics will be studied for the formation of the panel design.
Environmental external factors that cause the most stringent conditions in
terms of environmental conditions (both in terms of local heating of the
surface and reducing the light absorption of the panel) will be examined.
Experimental work to be performed, analysis, under the different external
factors (humidity, temperature, dust, precipitation, wind) by simulations
and designs the panel will be measured to determine the efficiency, We
will be held optimal design of smart PV modules for different climatic
conditions of Turkey