How effective are tracking pv systems in equatorial regions?
Some simulation-based analyses have reported improvements between 27 and 34% [17, 18], while other technical research has shown an average enhancement of 11% using a single-axis tracking PV system , as presented in Table 1. Table 1. Published studies regarding tracking PV systems in equatorial regions.
Are equatorial PV systems based on real-time data?
This work is based on information obtained in real time from both a static and a dual-axis PV system operating in an equatorial region. Not many studies have been carried out on this area.
What is solar tracking pv system?
Moreover, using solar tracking PV systems has become a feasible alternative to increase the electric output of PV silicon technologies instead of using the conventional fixed PV installation on a flat or sloping surface.
How do Solar System tracking systems work?
Recent research on solar systems classified sun-tracking systems in the following way : A passive sun-tracking system uses the pressure difference of special liquids or gases created by the thermal differences of the shaded and illuminated sides of the tracking system to move solar panel systems towards the sun position.
How efficient are solar panels?
The efficiency of solar panels has been studied during the last few decades, and, to date, it has not been possible to displace the production of energy using crystalline silicon wafer-based technology whose efficiency has reached values around 26.1%.
What is a single axis solar tracking system?
Single-axis solar tracking was the first technology used to follow the sun’s daily motion. Afterwards, this system was developed into a dual-axis tracking system to be able to track both the daily and annual motions of the sun’s path [13, 21].
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