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Photowatt manufactures high-output multicrystalline cells by means of a high tech production process. The quality and reliability of Photowatt cells are validated at each stage of production; they all satisfy our company's criteria of commitment which ensures that customers always have the benefit of the very best products and services.
Photowatt proposes a wide range of cells, some of the thinnest on the market, which come in 3 dimensions: 4 inch (101.25 mm X 101.25 mm), 5 inch (125.50 mm X 125.50 mm) and 6 inch (150 mm X 150 mm).
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Suntech Semi-Shade is a standardized product featuring crystalline cells with a clear tedlar backsheet. It is ideal to create cost-effective photovoltaic canopies and facades where a fixed size module can be accommodated.
Excellent Aesthetics
Suntech Semi-Shade has a clear tedlar backsheet with wide cell spacing, allowing the module to blend in visually to roofs and facades or function as a highly aesthetic partially shaded canopy cover.
Cost Effectiveness
Since Suntech Semi-Shade is based on the design of Suntech's standard framed polycrystalline modules, it offers an extremely cost-effective way to integrate an aesthetically pleasing module into a canopy or façade design. While the wide cell spacing reduces cost per square meter, an alternate specification with tight cell spacing maximizes energy generation per square mete
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Kalzip AluPlusSolar
Kalzip AluPlusSolar solar panels are the first to enable truly roof-integrated renewable power generation using flexible photovoltaic (PV) laminates, while providing maximum freedom of creativity for challenging architecture.
A wide variety of designs can be accommodated, as the solar laminate is permanently attached to aluminium Kalzip standing seam sheets. This integrated system allows individually designed roof elements with straight, convex, or concave shapes.
Without the need for mounting frames, the solar cells are in-plane with the roof surface and convey a unique expressive character. The PV laminates can blend unobtrusively into the Kalzip roof profile or become a design feature.
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The Brandoni Solare module is laminated with glass, EVA and Backsheet. It contains: 60 Q-cells 3 bus bar 6" multicrystalline cells. The 4mm tempered solar glass in class V1, with semisand finiture gives to the module very high mechanical resistance (up to 5400 Pa) and great energetic performance. The Ribbon, Eva and Backsheet have been selected among the best producer available on the market in order to obtain optimal Technical-aesthetic characteristics. Each module is equipped with a Junction box IP67 with 3 Bypass diodes able to stop the reverse current and a couple of cable with Tyco connectors to make even easier the installation. The
anodize aluminium frame create a very solid structure, easy to fix on the anchor structure.
The quality of Brandoni solare Module is due to a very careful selection of the highest quality raw material; the whole process is
completely automatic and offers very high performance and guarantees a very long duration. In fact the module ensure a power
performance of more than 90% of nominal power for 10 years and of more than 80% of nominal power for 25 years.
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Kalzip SolarClad
Kalzip SolarClad is a non-integrated alternative that provides a retro-fit solution for installations on existing structures or new new-build developments.
The photovoltaic (PV) laminates consist of extremely robust amorphous silicon thin-film modules attached to aluminium carrier panels, to ensure high quality and fast installation. The panels can be installed on any Kalzip standing seam system without penetrating the roof and can also be conventionally mounted on other system elements, such as trapezoidal sheets.
The lightweight units are suitable for most roof shapes, giving architects and engineers maximum design freedom.
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Photovoltaic modules in monocrystalline silicon (with or without frame)
Unimetal modules are ideal for any type of photovoltaic application. . They can be used to power loads in direct current (DC) or - using an inverter - for alternating current loads (AC).
All Unimetal photovoltaic modules and cells are individually tested to ensure quality and yield.
Unimetal modules generate peak powers of 65 - 170 Wp and are recommended for all typical photovoltaic applications such as:
- generators for remote homes or villages
- equipment for boats or campers
- pumping and irrigation systems
- pumping and irrigation systems.
In the context of developing alternative and sustainable energy systems and to safeguard the environment, Unimetal modules are designed to ensure easy inclusion even in "grid-connected" systems.
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Solar PV and Solar Thermie
Increasing use of solar energy for power generation, water heating and heating for buildings, leads to a reduction in fossil fuel dependance. Applications for solar heating are on the threshold of efficiency. In the coming years, they will make a meaningful contribution to CO2 reduction in construction technology.
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Unimetal with UNI-SOLAR ®
Unimetal photovoltaic modules are composed of a metal section in pre-painted steel to which the UNI-SOLAR ® laminates are laid and glued.
Technical features
These corrugated covering sheets in the three modules of 31, 68 and 136 W can be produced completely covered by photovoltaic film or only partially covered, as required by the pitch of the roof. The section also vaunts the special feature of "invisible" fastenings, which in addition to eliminating the risk of infiltration also provide an equally important aesthetic effect.
Just one integrated panel provides both the performance typical of a roof and the generation of electrical power, while maintaining the possibility to walk all over the roof for inspection and maintenance.
Although only one steel colour (RAL 7016) and only one thickness (1 mm) are available at the moment, other colours, thicknesses and materials will soon be ready for order.
Flexibility
The flexibility of the panels permits application also on curved roofs (Rmin= 12 m). The pitch of the roof must be within the range of 5 and 60°, although maximum efficiency is obtained at slopes of around 30°.
Durable
Unimetal photovoltaic modules continue to guarantee 80% of the rated installed power even after 20 years of use, cause absolutely no pollution, require no fuel, and exploit the sun's inextinguishable energy while contributing to the electrical requirements of civil, industrial or agricultural buildings.
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Construction system combining a standing seam roofing in VM ZINC PLUS with rigid mineral wool insulation laid on supporting structures in steel, wood or concrete
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BP Solar is a pioneer of photovoltaic technology. With more than 35 years of experiment in the manufacture of "wafers" (sections), solar cells and modules, we optimized the lifespan and the electric performances of our solar generators. Our very last generation of products Série T to 72 cells is the result of our expertise in the design, the quality control, the manufacture and of our concern of the least detail
BP 4180T
Solar cells: 72 single-crystal silicon cells series-connected
Front face: Glass ARC 3,2 mm high transmissibility
Encapsulation: EVA
Back face: White polyester
Tally: Anodic aluminum money
Diodes: IntregraBus technology with three diodes Schottky (a diode protecting 24 cells)
Limp of junction: Bituminous mix (IP67): certified to pass the test of inflammability of standard UL1703. Dimensions: 40 X 101 x13 (mm)
Cables of exit: Cable certified 4mm2 Pg 1167 - 2007 with locking
Connectors MC 4
Dimensions: 1587 ±2 mm X 790±2 mm X 50 mm
Weight: 15,4 kg
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Apex BP Solar develops solar solutions to measure for the companies and the local government agencies which wish to optimize and exploit their space available in order to produce and sell photovoltaic solar energy. Apex BP Solar designed a complete range of photovoltaic technologies and in particular: Integralux.
Application and implementation
Integralux meets today the needs for protector of the bad weather and shade of all the types of projects of construction and restoration of buildings: logistic warehouses; industrial buildings; colleges, schools; shopping malls; carpark... Integralux is a product which makes it possible to optimize usable surfaces to produce clean energy and renewable combining performance and esthetism. A visible engagement for the investors on the environment and the protector of our planet. Several possible uses: ombrière, awning, shelter of carpark...
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The module BP 3160N is a solar module of 160Wc resulting from the polycrystalline technology most advanced, using an anti-reflecting treatment as well for the cells as for the glazing, so that your installation generates more energy (more kWh by kWc). This module was soumi with the most rigorous tests to make sure of the reliability of these long-term performances, and obtained certifications corresponding to very last security standards (CEI 61730 and UL 1703). The three diodes "by-pass" inserted in our IntegraBus circuit inside the module provide a protector of the solar cells against effects of heating localized and ensure a reliability of the long-term module. All the weldings of connections between cells were carried out without lead, which makes of this module a respectful object of the environment.
Nominal nominal output 160W
Tolerance -3/+5%
Output modulates 12,7%
Nominal voltage 24V
Garantie* 90% power of guaranteed exit 12 years
80% power of guaranteed exit 25 years
Absence of defects, materials and labor, guarantee 5 years
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The module BP 3170N is a solar module of 170Wc resulting from the polycrystalline technology most advanced, using an anti-reflecting treatment as well for the cells as for the glazing, so that your installation generates more energy (more kWh by kWc). This module was soumi with the most rigorous tests to make sure of the reliability of these long-term performances, and obtained certifications corresponding to very last security standards (CEI 61730 and UL 1703). The three diodes "by-pass" inserted in our IntegraBus circuit inside the module provide a protector of the solar cells against effects of heating localized and ensure a reliability of the long-term module. All the weldings of connections between cells were carried out without lead, which makes of this module a respectful object of the environment.
Performance
Nominal nominal output 170W
Tolerance -3/+5%
Output modulates 13,5%
Nominal voltage 24V
Garantie* 90% power of guaranteed exit 12 years
80% power of guaranteed exit 25 years
Absence of defects, materials and labor, guarantee 5 years
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System d%u2019integration of photovoltaic module for tilted roofing
Concept "HELIOTOITURE", developed and manufactured by the company Jacques GIORDANO Industries, is a complex for roofing manufactured in factory.
It includes/understands:
- A vat prelacquered steel guaranteeing l%u2019etancheity of l%u2019integration
- A system d%u2019accroche with the joint elements
- An electric wiring
- Photovoltaic modules
The photovoltaic development of l%u2019HELITOITURE is resulting from l%u2019integration from the thermal sensors Giordano, system on which there exists more than 15 years of return and profiting d%u2019un technical opinion CSTB, attesting reliability and the robustness of the concept.
L%u2019Héliotoiture Giordano ensures an excellent mechanical resistance and a perfect sealing of the roofing. This system d%u2019integration opens right to the allowance of the tariff of repurchase of kWh by EDF with 0.57%u20AC.
The system comes instead of the traditional cover and s%u2019adapte to any type of roofing and frame.
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Integrafix-B meets today the needs for cover for the public buildings and industrialists with framework wood or metal (DTU 40.35). The installation of this product is fast and reliable, because it is carried out according to the methods of installation
traditional of the metal roofings. Integrafix-B is intended for all types of construction projects and restoration of buildings: logistic warehouses; industrial, agricultural buildings; colleges, schools; shopping malls... Integrafix-B is a product which makes it possible to optimize exploitable surfaces to produce clean energy and renewable while combining performance and esthetism. It is a strong and visible engagement for the investors for the environment and the protector of our planet.
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Solar energy being renewable and nonpolluante, to install a photovoltaic system Integrafix-R on its roof, it is to choose a reliable solution and thus to become producer of a green electricity: an excellent manner of engaging for the environmental quality and of carrying out a very interesting financial benefit falling under the duration. The whole or the surplus of the production is sold to the supplier of electricity of the public network to a preferential rate, guaranteeing a good return on investment.
Application and implementation
The system was conceived especially to in full safety guarantee a fast installation and a maximum longevity. The use of materials and traditional techniques of placement of the building guarantee a perfect sealing of the system. The design allows a very good ventilation of modules statement and thus guarantees to the system an optimal performance and a production of maximum electricity. The Integrafix-R range is flexible in format "portrait" or "landscape". It makes it possible to answer your waitings whatever the size and the type of your roofing (roof tile or slate).
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Wherever you want - Off-grid solutions
If there is no stable and cost-efficient connection to the electricity grid, stand-alone photovoltaic systems are often the only viable alternative. That is why SCHOTT Solar offers several modules which cater especially to grid-independent electricity generation. These are the modules based on innovative ASI® thin film technology: ASI-F 2/12, ASI-F 5/12, ASI-F 10/12 and the ASI-F 32/12.Our 20-year performance guarantee is also valid for these modules. Whatever the future holds.
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Sharp’s thin film product pairs amorphous silicon with a layer of microcrystalline silicon to achieve high stability and performance. Produced with less than one percent of the silicon used in crystalline solar cells, thin film products offer high performance with less semiconductor material. With a low temperature coefficient for output power, thin film generates greater energy than its crystalline silicon counterpart in geographic regions where temperatures are high. In warm climates, this translates into more kilowatthours per kilowatt. Certified to IEC 61646, these modules are not UL-listed and are exclusively for
behind-the-fence applications.
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The ALYPLANO panels are metallic panels with insulation made of rigid polyurethane foam fit for the realisation of Roofs Coverings of industrial building.
The ALYPLANO panels present good performance of FIRE RESISTANCE.
The ALYPLANO panels are constituted of two trapezoidal or microgrooved metallic supports with interposed insulation of rigid polyurethane foamo.
METAL SUPPORT:
The REPI FIRE panels are made of two trapezoidal, microgrooved or flat metallic supports obtained by cold-process profiling the sheet coils.
The materials which are used are:
- Galvanized Steel
- Prepainted Galvanized Steel
- Natural Aluminium
- Prepainted Aluminium
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Solar has never looked so good! Crystal clear Light Thru modules can be used to design striking canopies, atria, skylights, and vertical facades. Suntech Light Thru modules use crystalline cells sandwiched between 2 sheets of glass. The gaps between the cells allow light to pass through creating excellent shaded areas.
Suntech Light Thru modules dispel the myth that solar technologies are unattractive or difficult to design into a building. With the flexibility to specify the desired light levels passing through the glass, Suntech Light Thru is both a power generator and an aesthetic sunshade in one beautiful package.
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Lets the sunshine in - Architectural solutions
In addition to generating energy, ASI® Glass modules for architecturale solutions provide several functions for modern solar architecture. Both opaque laminates (ASI OPAK™) and semitransparent laminates or double-glazing (ASI THRU™) meet the requirements of the building industry and can therefore be used with several traditional metal structure systems. Successfully used for more than 15 years, a comprehensive product range is available today: from standard formats to specific superstructures. Whatever the future holds.
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Front: Tempered Glass
Cells technology: Monocrystalline
Cells dimensions: 156 x 156 mm
Cells number: 32
Encapsulation: EVA
Rear back side: Tedlar foil
Frame: Anodized Aluminium
Junction Box: Helios JB S5
Bypass Diodes: 4 pcs
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Front: Tempered Glass
Cells technology: Monocrystalline
Cells dimensions: 125 x 125 mm
Cells number: 36
Encapsulation: EVA
Rear back side: Tedlar foil
Frame: Anodized Aluminium
Junction Box: Helios JB S5
Bypass Diodes: 2 pcs
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Front: Tempered Glass
Cells: 60 monocrystalline solar cells 156 x 156 mm
Encapsulation: EVA
Backside: Tedlar foil
Frame: Anodized Aluminium
Junction box: IP 54, Multi-Contact® type PV-JB/ S2 N
Bypass diodes: No. 3 Diotech SB1240
Cable: Multi-Contact® 4
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Front: Tempered Glass
Cells technology: Monocrystalline
Cells dimensions: 125 x 125 mm
Cells number: 32
Encapsulation: EVA
Rear back side: Tedlar foil
Frame: Anodized Aluminium
Junction Box: Helios JB S5
Bypass Diodes: 2 pcs
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Jiawei's 60 watt monocrystalline module has multiple advantages. These solar modules are made with back-contact monocrystalline solar cells which are aesthetically pleasing in appearance. The cells have a unique structure, different from conventional cells, they yield arverage conversion efficiencies up to 20%.
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- 72 mono-crystalline cells series connected
- Peak power 180 Watt at STC
- High quality and reliablility, assembled with advanced encapsulation materails to meet safety and reliability standard
- Durable, weathering proof lamination with encapsulation materials and professional solar glass
- Manufactured in ISO 9001 certified factory
- Best option for grid connected applications
- Compliant with IEC 61215 and IEC 61730 Safety Class 2 standards
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Monocrystalline solar modules - For on-grid application
Made with 125x125mm conventional solar cells
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Jiawei's 30watt monocrystalline module has multiple advantages. These solar modules are made with back-contact monocrystalline solar cells which are aesthetically pleasing in appearance. The cells have a unique structure,
different from conventional cells, they yield arverage conversion efficiencies up to 20%.
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