◙ Solar Modules / Panels – Monofacial & Bifacial

There are several factors that determine how efficient a solar panel is.
At its core, solar panel efficiency is determined by how much
incoming sunlight the solar panel can convert into usable electricity.
But what factors into that end conversion rate? There are
several items that solar cell researchers and manufacturers
consider when designing and producing efficient solar panels:
Material – the type of material (monocrystalline silicon,
polycrystalline silicon, cadmium telluride, etc.) impacts how light converts to electricity
Wiring and busing – the organization of wires and “busbars” on
a solar panel that actually capture and transfer electricity impacts efficiency
Reflection – if light is reflected away from a solar panel,
it’s efficiency may be lowered. This is why
the glass layer on top of silicon solar cells is so important.

Additionally, factors like being able to absorb light on both sides of a cell (bifacial solar panels)
and being able to absorb variable wavelengths of light
(multijunction solar panels) change the efficiency equation for solar panels.
All in all, there are a multitude of levers that scientists and
researchers can pull when working on improving solar panel efficiency.
In the end, it’s all about converting more incoming sunlight into electricity.
We specialise in Rooftop and Ground-Mounted Solar PV modules,
On and Off-Grid Inverters, Batteries, Solar & Electric Pumps and Solar Street Lights;
which are manufactured and designed to the highest standards of quality,
reliability and performance and are exported all over the world.

Monofacial – (Mono Crystalline Cells & Poly Crystalline Cells)
72 Full Cell
60 Full Cell
144 Half Cell
144 Half Cell (MBB with M6 Cell)
Bifacial - (Mono Crystalline (Perc) Cells)
72 Cell P-Duplex (Framed)
72 Cell P-Duplex (Frameless)
144 Half Cell - P-Duplex with Transparent Backsheet (Framed)
144 Half Cell - P-Duplex with M6 Cell (Framed)