Sharp Energy Solutions Europe Image Brochure EU Countries

040404
Register here!
www.sharp.eu/solar-newsletter
Subscribe to our newsletter
for business customers
“Our relationship with SHARP Service can be
described best by the number of issues we
have had with SHARP products in the past 18
years: ZERO! This is statistically impossible
and yet, true!”
Christos Pronios
Eurosol
Engineered for low LCOE
Our monocrystalline PV modules are
optimised to achieve low LCOE (Levelised
Cost of Electricity) so that you can
maximise your return on investment. Your
choice of PV panel aects LCOE in three
ways.
5% is more than 5W
SHARP is the only company with up to
5% more power than specied on the
datasheet. The power tolerance of other
companies is 0/5 W.
Highest-yielding half-cell PV panels
The main benets of the half-cell modules for users are a 2-3% higher module
performance and higher total yields. In a half-cell module, standard full cells are cut
into two equal halves. In addition, the module is also divided into an upper and a
lower half and the half-cells arranged thereon.
By dividing the cells, the power generated per cell is halved and resistance losses
on cell and module level are reduced to one quarter. In addition, the halved current
can signicantly reduce the temperature in the cells and therefore reduce the risk
of hot spot eects. The three small junction boxes, each tted with only one bypass
diode, are transferring less heat to the cells below as well. These factors also boost
the longevity of the overall system and dividing the module in half will also have an
impact on the overall performance. The path of the generated current is shortened
by dividing the module, further reducing resistance losses. Mounting the module
vertically will also prove benecial in shading situations. For example, if the lower
half of the module is shaded, users can still generate a 50% performance with the
upper half, while the production of a full cell module completely breaks away.
This could be the case with inter-row shading for free-eld or tilt-mounted roof
installations. With half-cell modules, therefore, higher wattage classes and higher
yields per system can be achieved.
Achieve ROIs quickly
Higher
Reliability
Higher
P
ower Output
Lower
BoS & CapE
x
LOW LCOE