There has been a surge in commercial solar panel installations worldwide. Several factors contribute to this. Recent advancements in solar panel efficiency are one reason for this improvement. Businesses are also being pushed to reduce their carbon footprint by using renewable energy solutions, with governments setting net-zero targets.
A large
number of businesses are investing a fortune in commercial solar panels. Solar
panels need to be maintained throughout their lifetime to remain effective.
However, some are not doing enough to maintain their efficiency. Consequently,
their panels don't produce as much electricity as they could, causing them to
lose money.
1.
No
solar installation in shady areas
When it
comes to shading, solar sunlight is the primary source of electricity for solar
panels, so shade would harm the output of electricity generated by them. Unfortunately,
the shading effect on solar panels is largely unknown to most people.
Shade can
affect the energy generated by neighbouring photovoltaic cells even if only one
photovoltaic cell is affected. Due to its resistance, it serves as a resistor.
Panels, tall
trees and buildings are the main culprits. When planning a site, make sure you
analyze it and ensure that it won't be affected by shade.
2.
Monitor
your solar panel efficiency
Your solar panels
can be connected to energy management software so you can track their
generation levels. As a result, you will be able to monitor the output over
time and detect any possible declines.
The majority
of businesses install solar panels and don't care about them if they're
satisfied with their initial output. However, it is a problem if you do not
monitor how much energy your solar panels generate because you will not realize
when their efficiency has dropped. So, it's better to keep an eye on it.
3.
Always
choose High Concentrated Photovoltaic solar panels
Through CPV,
sunlight is focused onto a solar cell with exceptionally high efficiency, which
would otherwise be prohibitively expensive. For example, conventional solar
panels reach maximum efficiency of 25%, whereas CPV panels reach up to 48%!
The downside
to great efficiency is its high cost. In comparison to traditional PV panels, CPV
panels cost four times more. In addition, there are fewer types of CPVs
available than traditional PVs. CPV should definitely be considered if you can
locate a supplier and have the upfront funds.
Conclusion
Through industrial
solar solutions, manufacturing units can operate seamlessly. Solar power
plants are highly beneficial to industrial units that install them. As a
result, their grid dependency is reduced and the power supply is uninterrupted
and other benefits. In order to reap such benefits, it is necessary to invest
to reap such benefits. Solar systems usually pay for themselves within 5-10
years, with continued benefits for an additional 15-20 years. You may find that
the initial cost of a cleaner, greener future hinders your plans.
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