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Residential 176 watt module from the world’s trusted source for solar .
This high-quality residential solar module is designed and engineered for use with the Sharp OnEnergy solar system. Sharp’s OnEnergy system replaces the bulky look of traditional solar roof mounts with a clean, elegant appearance that blends beautifully with rooflines. Using breakthrough technology, made possible by nearly 50 years of proprietary research and development, this module incorporates an advanced surface texturing process to increase light absorption and improve efficiency.
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Multi-purpose 235 watt module from the world’s trusted source for solar.
Using breakthrough technology, made possible by nearly 50 years of proprietary research and development, Sharp’s NU-235F1 solar module incorporates an advanced surface texturing process to increase light absorption and improve efficiency. Common applications include commercial and residential grid-tied roof systems as well as ground mounted arrays. Designed to withstand rigorous operating conditions, this module offers high power output per square foot of solar array.
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- High-power module (123W) using 155mm square poly-crystalline silicon solar cells with 12.39% module conversion efficiency
- Sharp’s advanced surface texturing process increases light absorption and efficiency while providing a more subdued,“natural” look
- 25-year limited warranty on power output
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Against the background of a growing world population together with disproportionate increases in energy consumption, a global search is underway for alternatives to primary energy sources such as oil and gas. Schüco already offers attractive and technically advanced solutions for generating energy in the form of heat or electricity. Schüco has solar energy systems, photovoltaic systems and heat pumps and is one of the most successful providers of complete solar technology systems in Europe.
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The Wattéa BIPV solution is designed to meet the specific requirements of building integration. This solution is a complete turnkey system that suits all type of roofs, from residential to industrial.
All our installers have followed a specific training to design the system following the PV installation state of the art, and to support you with the administrative procedures.
The Wattea turnkey system contains:
- Modules BIPV with a specific frame containing a lap joint to assure the solution%u2019s water-tightness
- all cables, pre-wired quick connects, and wiring junction boxes
- mounting system with accessories and hooks
- inverter with an on board display for performance control
- protection and network coupling junction box
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PowerGuard is a simple, high-density system for rooftop installations. Its non-penetrating modular design delivers reliable, clean electricity while insulating and protecting your roof. PowerGuard’s flat, lightweight solar tiles operate within your existing roof line and electrical system and install rapidly and securely without
mechanical fastening.
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The SunPower® T10 Solar Roof Tile is pre-engineered to tilt at a 10-degree angle and enhance energy capture. These non-penetrating roof tiles interlock for secure, rapid installation. Made of durable, lightweight materials, the T10 tile’s patented design resists high winds and corrosion, and is uniquely flexible to adapt to the size and requirements of virtually any flat rooftop and select ground sites.
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Suntech Just Roof is a roof-integrated photovoltaic system designed to form a complete roof. Just Roof replaces tiles or other roof coverings and is ideal for new or existing homes.
Aesthetics
Suntech Just Roof integrates seamlessly into the roof of any house or building. Since it forms the roof itself, a Just Roof system gives a superior aesthetic finish compared to standard solar modules bolted on top of the roof. In addition, Just Roof is manufactured with non-reflective tempered glass and features a black anodized aluminum frame with black back sheet. The modules interlock and the gaps between the modules are covered by a proprietary black anodized aluminum capping rail. Suntech Just Roof looks and acts just like standard roofing materials.
Durability
Suntech Just Roof has multiple weatherproofing features to provide excellent protection from the elements. Each module has multiple water channels for unsurpassed drainage and Just Roof has been fully tested, resulting in excellent moisture, wind, impact, and earthquake resistance. Unlike many other systems, Just Roof is “all-aluminum”. There are no plastic or rubber components to degrade. In our experience this is a key point to ensure the long-term reliability of the system.
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Integrated components - SCHOTT InDaX™ V 175
The innovative SCHOTT InDaX™ V 175 in-roof module system is not assembled on top of the existing roofs - the modules themselves are an integral part of the roof. They provide both the photovoltaic function as well as protection against rain, hail, snow and wind burdens. It is a highly robust system with specifically hardened front glass, approved as fully adequate roofing within the scope of regional building legislation (according to ENV 1187). The system is rain-proof and all modules have a drain for condensation as well as rear ventilation. A roof that produces electricity with a 20-year performance guarantee. Whatever the future holds.
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Residential 65 watt module from the world’s trusted source for solar .
Designed to complement standard flat roof tile, Sharp’s ND -65RU1F solar module offers a clean, unobtrusive look that’s especially pleasing to homeowners. This roof-integrated module offers superior durability and is resistant to moisture, impact and high winds. It is an ideal combination of aesthetics, performance and ease of installation.
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Modules Photovoltaic 170W 24 Volts
72 cells Silicon monocrystallin
16.5% of average output of cell
Tally anodic aluminum.
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Characteristics
- Modules glass/glass from the design elegant
- Crystalline Cells enclosed between two glass plates
- The space between the cells concurs the passage dellaluce
- Semplicità and flexibility of installation
- Reduction of beams UV
- Reduction conditioned air consumption
- Respect of the international standards of quality
- Certification ISO 9001
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Unlike standard modules, Schüco ProSol photovoltaic modules (PV modules) are tailor-made - to architectural requirements with individual designs in terms of shape, colour and texture. Since these modules are integrated in the building, they can perform the same functions as conventional infill units - in every part of the building envelope.
Standardised installation and fixing components ensure the highest possible standards of fabrication and therefore of quality.
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The module is produced with poly-crystalline solar cells 125x125 and 156x156 mm of the same power, connected in series and able to charge 24V batteries. The surface treating of the cells with SIN anti-reflex on the frontal part gives a uniform dark blue colour. The cells are laminate between a low iron tempered glass (3,2 mm) and a tedlar sheet in the middle of 2 EVA sheets to prevent humidity infiltrations inside the module. These modules can be supplied with multi contact cables.
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ND series ( 60 cells) is set polycrystalline cells made of 156.55 mm, can reach an efficiency up to 14%, granting a result high level quality even in unfair conditions. Diodes bypass to reduce power loss due to shading, special texture surface to increase efficiency, BSF (black Surface Field) treatment to optimize cell efficiency make this module very convenient.
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ARSOLAR solar-energy roof for industrial and residential buildings.
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The Krystal polycristalline silicon glass modules, purpose designed and made in such dimensions to be fit in the flat part of the Riverclack sheets, offer a clean and linear architectural effect.
The Krystal solution is ideal in case of limited installation areas given the high efficiency of the modules.
With its reduced dimensions and its 115 kWp per module, it is possible in fact to offer an almost triple efficiency compared to the ELIOS DECK system in terms of kWp / covered area ratio.
The installation of Riverclack Krystal is easy and reliable: the system is based on aluminium profiles designed in order to house the PV panel and being able at the same to fit in the Riverclack profile width by a simple snap mechanism without through fixations.
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System PC is ideal for new roofings and substitution asbestos/eternit. It is constituted from flexible rolled steels UNI-SOLAR® glue from SUNERG on a composed corrugated sheet from two hardwares, over in aluzink and under in steel galvanized prepainted or aluminum (in glass resin for zootecnici plants) with coibentazione in poliuretanica, such foam to guarantee a perfect thermal insulation.
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The module is second constructed to norms IEC 61215 with quality materials heads in order to assure performances electrical workers without problems in the time.
They are constructed with 72 monocrystalline solar cells from 125x125 milimeter of equal power, connected in able series and to load batteries from 24V.
Every string of 36 cells has a by-pass diode valve.
The treatment of the surface of the cells with antiglare SiN on the frontal part gives a uniform dark blue color.
The cells are laminated between a glass to low iron content (3,2 milimeter) moderated and one sheet of tedlar between two sheets of EVA in order preventing prenetrazioni of humidity in the module.
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New photovoltaic modules HTD50/55/60/65 represent the fruit of the most recent technological innovation introduced from Helios Technology, own for the applications to battery, where they are demanded elevated powers in narrow spaces. They are composed from 32 cells in silicon monocristallinoad highest efficiency from 156x78mm, that is the result of the experience matured in 25 years from Helios Technology.
Moreover, thanks to the recent adoption of innovative techniques of production of the cells (surface texturizzata with treatment been reflected to the silicone nitrite), new photovoltaic modules HTD50/55/60/65 are therefore in a position to distributing 65Wp in single 0,5m2 of area. To the typical working voltage of battery (12,5V) modules HTD50/55/60/65 are in a position to more distributing in escape a current elevated (approximately 15%) regarding the traditional modules presents on the market. This is possible thanks to the employment of cells highly selected, that they concur therefore a greater released energy in a space much content.
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Photovoltaic modules realized in monocrystalline silicon, (characterized from a advanced regarding silicon policristallino and amorphous efficiency), ideals for applications to inhabited use and other applications of civil type (street shelters, trusts, hydraulic standards, pumps, telecommunicationses, etc). Technology I-MAX, applied in the production of the cells, concurs to obtain a remarkable increase of the yield of distributed current (10/17%) regarding the traditional technologies.
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Modules with active element cells Monocristallino.
Constituted from 40 cells to high efficiency, the photovoltaic module H1540 is one of the modules higher power density available on the market, particularly apt in the installations in net like as an example the realization of fotovoltaici roofs, but also in systems with battery used in all the situations in which the net electrical worker he is not available in the immediate vicinities.
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Photovoltaic modules realized in monocrystalline silicon, (characterized from a advanced regarding silicon policristallino and amorphous efficiency), ideals for applications to inhabited use and other applications of civil type (street shelters, trusts, hydraulic standards, pumps, telecommunicationses, etc). Technology I-MAX, applied in the production of the cells, concurs to obtain a remarkable increase of the yield of distributed current (10/17%) regarding the traditional technologies.
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photovoltaic module of series HT 200 - 230 P, planned from Helios Technology I use for it in connected systems to bed frame, is the result of 25 years of experience in the field matured in the production of cells and photovoltaic modules. This module, in a position to distributing till 230Wp of power in a limited space, concurs with the installatore to realize efficient, reliable connected systems to bed frame and with remarkablly contained costs of installation. The module of series HT 200 - 230 P is composed from 60 cells to high efficiency in multicrystalline silicon, of 156 dimensions 156 x milimeter, realized with the most modern technologies than production. The string of 60 photovoltaic cells, connected in series, é encapsulated between two sheets of EVA (Ethylene Acetate), to they time laminated between a moderated glass front, of the thickness of 4mm, and a posterior sheet in Tedlar/PE/Tedlar, a detail film having multilayer excellent properties insulations and mechanics. The moderated glass front of the module, characterized from elevated robustness and transparency, offers to the necessary protector against the atmospheric agents (impact hail) and, thanks to a detail texturizzazione, optimize the distribution of the solar light on the photovoltaic cells diminishing the losses and avoiding undesired reflections of light. A frame realized with a profile in fixed anodized aluminum mechanically the rolled steel that, united with the use of an adapted insulation, concurs an effective protector of the module against mechanical sollicitations and acclimatizes them more in order than trent' years.
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Photovoltaic modules HT18-20-22 are planned for rural electrification, special survey given, telecommunicationses and applications.
Thanks to the versatilità that characterizes all the Helios modules Technology, they are a lot appreciated and used it is in the underdeveloped nations that in the European markets. The recent adoption of innovative techniques of production of the cells (surface texturizzata with treatment been reflected to slicio nitride) allows these modules to obtain, to the typical working voltage of battery (12,5V), a remarkable increase of the distributed current (10-17%) respect the traditional modules. This important characteristic renders particularly apt modules HT18-20-22 in systems with storage cells. Constituted from 36 cells to high efficiency from 62,5 x 62,5 milimeter in monocrystalline silicon, these modules are planned in order to work in the most adverse environmental conditions them and operating.
The Helios modules Technology have given test of long duration in the time, with a typical average life of beyond 30 years. Every single produced cell and every module come subordinates to multiple tests and quality controls in every phase of the production process. The interconnections between modules simple, practical and are optimized for all the configurations and voltages. The design of the anodized aluminum frame renders this sure, simple and fast module to install in varied situations.
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Solar installations connected to the network
Solar installations in isolated sites
Solar pumping
The polycrystalline photovoltaic modules of Kyocera obtained them
governmental specifications for the following tests:
Electric test of insulation
Test of impact of hail
Guarantee 25 years with 80% of its nominal nominal output
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