SOLAR PANELS
Semi-Flexible Solar Panels
The unique design of these extreemly lightweight Semi-Flexible Solar Panels makes them suitable for numerous applications.Their price permformance is the principle advantage as the monocrystalline cell is highly efficient, typically around 15%.They are Robust, glass free, 50% lighter than conventional modules and have a very strong terminal box.
Their low profile means there is less visual impact and also means they are suitable for installation
on to vehicles as there is less wind noise and vibration.The ability to fit the panel to flat/ slightly curved surfaces means easy installation as no mounting
frame is required, it also means adhesive can be used which makes the panel very difficult to steal.
The absence of glass and the robust construction means the panel can be walked on and that it is difficult to vandalise.
They have been manufactured in Europe accordance with ISO 9001-2002 and conform to CE,TUV and IEC 61215 specifications.
| Type |
Watts Peak |
Cell Specification |
Dimensions:mm:L x W x H |
Weight |
Unit Price-£ |
| ST35F |
35Wp |
36 series-156mm |
400 x 800 x 14 |
2.0 Kg |
£309.00 |
| ST70F |
70Wp |
36 series-156mm |
700 x 800 x 14 |
3.0 Kg |
£529.00 |
The exceptional low weight of these panels make them suitable for use where mobility is important.
These modules have been designed for boats,caravans,mobile homes or other marine applications and working off grid.Even the use of small solar panels will give enough energy
for on board electronics and increase battery service life.
An alternative to all oversized, rigid or inflexible glass
panels, all materials are high quality and have been subjected to
numerous stress tests, are robust, durable and completely weatherproof.
The tri-wall Tedlar foil backing is seawater proof
and acid resistant, the cable outlet is potted and screwed to the
solar panel which rules out cable oxidisation and penetration of
moisture into the panel. The cable is also made of weatherproof
material and does not become brittle when exposed to strong solar
radiation, wind and water.
This range can be fixed with adhesive or screwed
and due to the synthetic surface will shape around slight curves,
they can also be walked upon with no fear of broken glass or damage.
All Solenttech Solar panels are individually tested for
high performance and long service life.
Rigid Glass Solar Panels
Solenttech Rigid Glass Solar glass panels are made from high quality monocrystalline silicon cell module. It has
toughened low iron glass and a tri-wall backing sheet for total environmental
protection.This provides the longest life expectancy even under extreme
climatic conditions such as ice, hail, snow, storms and extreme humidity
having no effect on the solar panels. Framed in a purpose-designed aluminium extrusion for ease of
mounting.
| Type |
Watts Peak |
Cell Specification |
Dims/Weight L x W x H-Kg |
Unit Price |
| ST35G |
35Wp |
36's 78x78mm |
780 x 360 x 42 - 2.5Kg |
£249.00 |
| ST60G |
60Wp |
36's 150x150mm |
730 x 630 x 42 - 4Kg |
£329.00 |
| ST70G |
70Wp |
36's 156x156mm |
760 x 650 x 42 - 4.1Kg |
£395.00 |
| ST75G |
75Wp |
36's 125x125mm |
1200 x 535 x 42 - 6.5Kg |
£429.00 |
| ST80G |
80Wp |
36's 125x125mm |
1200 x 535 x 42 - 6.5Kg |
£449.00 |
| ST85G |
85Wp |
36's 125x125mm |
1200 x 535 x 42 - 6.5Kg |
£479.00 |
| ST120G |
120Wp |
36's 156x156mm |
1305 x 655 x 42 - 15Kg |
£595.00 |
| ST125G |
125Wp |
36's 156x156mm |
1305 x 655 x 42 - 15Kg |
£625.00 |
High Efficiency and Performance Guarantee
The efficient silicon technology and the anti-reflection
layer permit optimal efficiency. This guarantees high performance
during low irradiation and months with diminished light. The ST-Series
solar panels have a 25 year design life.
Quality Control
Each Solar panel is individually measured during
and after the manufacturing process under the highest quality and
ISO conditions. Every panel is tested under STC conditions and are certified.
Mounting
The panels have a robust and seawater resistant
aluminium frame, the frame profile provides stability
and easy installation, also the solar panels have a waterproof junction
box
Applications
These panels can be used for a variety of applications
including boats, camper vans, holiday homes, summerhouses and specialist applications.
Kyocera Rigid Glass Solar Panels
Kyocera's advanced cell processing technology and automated production facilities produce a highly efficient multicrystalline (polycrystalline) photovoltaic module.
The conversion efficiency of the Kyocera solar cells reaches up to 16%.These cells are encapsulated between a tempered glass cover and an EVA pottant with back sheet to provide maximum protection from the severest environmental conditions.
The entire laminate is installed in an anodized aluminum frame to provide structural strength and ease of installation and supplied with plug in connectors.The KC130GHT-2,KC175GHT-2 and the KC200GHT-2 are sold in pairs.They have been manufactured in accordance with ISO 9001-2002 and conform to CE,TUV and IEC 61215 specifications. Grid-Connect Solar Power
Residential Solar Power Systems, Public and Industrial Solar Power Systems, Solar Power stations, Roof integrated installation, Facade installation, Special architectural solutions.
Stand-Alone Solar Power Systems
Villages in remote areas, Homes and summer cottages, Microwave / Radio repeater stations, Medical facilities in rural areas, Emergency communication, Water quality and environmental data monitoring, Drinking water and livestock water pumping, Small-scale irrigation pumping, Cathodic protection, Aviation obstruction lights, Environmental data monitoring, Railway signals, Street lighting, Small-scale desalination.
| Type |
Watts Peak |
Weight-Kg |
Dimensions:L x W x H |
Unit Price |
| KC40T-1 |
40Wp |
4.5 |
526 x 652 x 36 |
£195.00 |
| KC50T-1 |
50Wp |
5.0 |
639 x 652 x 36 |
£235.00 |
| KC65T-1 |
65Wp |
6.0 |
751 x 652 x 36 |
£275.00 |
| KC85T-1 |
85Wp |
9.0 |
1007 x 652 x 36 |
£335.00 |
| KC130G-1 |
130Wp |
12.2 |
1425 x 652 x 36 |
£479.00 * |
| KC175G-2 |
175Wp |
16.0 |
1290 x 990 x 36 |
£629.00 * |
| KC200GHT-2 |
200Wp |
18.5 |
1425 x 990 x 36 |
£699.00 * |
| KC40GX-2P |
40Wp |
4.5 |
526 x 652 x 36-MC Leads |
£195.00 |
| KC50GX-2P |
50Wp |
5.0 |
639 x 652 x 36-MC Leads |
£235.00 |
| KC65GX-2 |
65Wp |
6.0 |
751 x 652 x 36-MC Leads |
£275.00 |
| KC85GX-2P |
85Wp |
9.0 |
1007x 652 x 36-MC Leads |
£335.00 |
| FL130T-1A |
130W |
10.5 |
1468 x 695 x 57- Laminate |
£479.00 * |
| KS20 |
20Wp |
2.5 |
520.00 x 352 x 22 |
£144.00 |
| KS10 |
10Wp |
1.9 |
304 x 352 x 22 |
£89.00 |
KS5 |
5Wp |
1.2 |
205 x 352 x 22 |
£65.00 |
SOLAR PANEL TECHNOLOGY
There are three basic types of solar panels:
monocrystalline, multicrystalline, and amorphous. All three types
of panels are made up of an array of individual cells.
Monocrystalline Cells:
Made using cells saw-cut from a
single cylindrical crystal of silicon, this is the
most efficient of the photovoltaic (PV)
technologies. The principle advantage of
monocrystalline cells are their high efficiencies,
typically around 15%, although the manufacturing
process required to produce monocrystalline
silicon is complicated, resulting in slightly
higher costs than other technologies.
Multicrystalline Silicon:
Made from cells cut from an ingot of
melted and recrystallised silicon. In the
manufacturing process, molten silicon is cast into
ingots of polycrystalline silicon, these ingots
are then saw-cut into very thin wafers and
assembled into complete cells. Multicrystalline
cells are cheaper to produce than monocrystalline
ones, due to the simpler manufacturing process.
However, they tend to be slightly less efficient,
with average efficiencies of around 12%., creating
a granular texture.
Thick Film Silicon:
Another multicrystalline
technology where the silicon is deposited in a
continuous process onto a base material giving a
fine grained, sparkling appearance. Like all
crystalline PV, this is encapsulated in a
transparent insulating polymer with a tempered
glass cover and usually bound into a strong
aluminium frame.
Amorphous Silicon Cells:
Composed of silicon atoms in a thin homogenous
layer rather than a crystal structure. Amorphous
silicon absorbs light more effectively than
crystalline silicon, so the cells can be thinner.
For this reason, amorphous silicon is also known
as a "thin film" PV technology. Amorphous silicon
can be deposited on a wide range of substrates,
both rigid and flexible, which makes it ideal for
curved surfaces and "fold-away" modules. Amorphous
cells are, however, less efficient than
crystalline based cells, with typical efficiencies
of around 6%, but they are easier and therefore
cheaper to produce. Their low cost makes them
ideally suited for many applications where high
efficiency is not required and low cost is
important.
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