3C TecnologÃa. Glosas de innovación aplicadas a la pyme. ISSN: 2254–4143
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method happens and, additionally, light radiation is absorbed from the backside
of the module (Rajshree, Jaiswal, Chaudhary & Jayswal, 2016). This rear penal
gets the solar irradiation source from the reected collection of the irradiations
by the concentrator from the ground or a neighboring row of PV modules. The
extra light radiation generates a lot of electrons within the cells that primarily
will increase the module eî™»ciency. The voltage of the cell conjointly will increase
slightly as the timely increasing irradiation strength so the power is increased
because of the increasing voltage proportional relationship with the current.
The most typical, bidirectional modules conguration is economical and
viable reliable for the local as well as commercial usage. Bi–facial PV systems
are highly compatible with already existing PV systems and generally achieve a
markedly higher energy yield than mono–facial systems (Brady, Wang, Steenho
& Brolo, 2019). At the same time, bifacial systems are competitive because the
manufacturing costs for the solar cells are slightly lower and the modern cell types
are inherently bifacial and do not involve additional costs. Certied production
technologies for the large–scale manufacture of bifacial cells and modules are
already available on the market. The bifacial systems can be planned in exactly
the same way as mono–facial systems, with a few factors demanding the extra
attention, for example, the properties of the reective ground. This attention will,
however, be rewarded with a higher energy yield. Bifacial modules are opening
up new application possibilities, often arising from the dual use of the installation
area. All in all, bifacial modules can be employed to good advantage for most
applications in terms of energy yield (Ooshaksaraei, Sopian, Zulkii, Alghoul &
Zaidi, 2013). The single access tracking system is to work only one direction with
the help of dierent microcontrollers. The proposed bifacial modules produce
solar power from both sides front and rear side. Whereas the traditional panels
are only designed to convert solar irradiance from one side of the module into dc
power, the bifacial modules are manufactured with clear plates on both the front
and back side of the solar cells. They are designed to convert solar irradiance
from both sides into dc power (Solarworld, in google). Similar to mono–facial
modules, bifacial modules come in a variety of types including framed and
frameless. The reason for this growth in engagement with bifacial technology is