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Solarfun modules are each built using 100% Solarfun cells. Thanks to our large manufacturing capacity, we are also able to provide PV cells for end users.
156 x 156 (6") Poly
Efficiencies up to 16.2%
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Solarfun modules are each built using 100% Solarfun cells. Thanks to our large manufacturing capacity, we are also able to provide PV cells for end users.
125 x 125 (5") Poly
Efficiencies up to 16.2%
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USL manufacturers high performance low-cost silicon solar cells that are designed for terrestrial applications. These solar cells have screen-printed silver front side and screen-printed silver-aluminum back side for better soldering. Textured front surface makes it possible to collect maximum sunlight and hence improved performance.
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Kyocera solar modules are a reliable, virtually maintenance-free power supply designed to convert sunlight into electricity at the highest possible efficiency. The systems using KC moduels are ideal for charging storage batteries to power remote homes, recreational vehicles, boats, telecommunications systems and other consumer and commercial applications.
Kyocera's advanced cell-processing technology and automated production facilities produce highly efficient multi-crystal photovoltaic modules. To protect the cells from the most severe environmental conditions, they are encapsulated between a tempered glass cover and an EVA pottant with a PVF back sheet. The entire laminate is installed in an anodized aluminum frame for structural strength and ease of installation.
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FEATURES:
- Thirty-six Multicrystalline / Monocrystalline solar cells connected in series with redundant
- Interconnects. 150 watts module contains seventy-two cells .
- Laminate enclosed in a non-corroding aluminum edge frame anodized to 18 microns.
- Electrical output of module shall be terminated in a weather-proof junction box
- Superstrate construction with toughened glass top surface to withstand winds up to 250Kms/hour.
- Protection against moisture ingress for the solar cells by lamination.
- Provision for mounting of modules on a mechanical structure shall be provided on specific demand.
ELECTRICAL & MECHANICAL FEATURES:
Electrical output of Maharishi solar modules is classified on the basis of the electrical output produced by the solar modules under light intensity conditions of 1000 W / m , AM1.5 spectral irradiance and at 25 C.
The electrical characteristics are typical and subject to production variance, however peak power is the minimum value.
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Solar Wind was one of the first World Solar companies that started manufacturing of high-efficiency bifacial sensitive Solar Modules.
Presently our company is manufacturing variety of fully assembled Solar Modules in the wide power range from 3 W to 110 W, both one-side and bifacial versions. The company is also producing non-standard, partly assembled or metal mounted Modules by a custom request. All Solar Modules are transparent to IR spectrum.
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The photovoltaic module SOLARDAY PX60 is composed of 60 solar cells in multicrystalline silicon, 156mm x 156 mm size, connected in series.
The Array of solar cells is encapsulated between two sheets of EVA (Ethylen Vinil Acetate), inserted, themselves, between a front tempered glass of the thickness of 4mm, and one rear sheet in PVF/PE/PVF, a particular multilayer film with excellent electrical, chemical and mechanical properties, which assures both the protection of the rear part from accidental hits and the perfect adhesion with EVA.
The used glass offers the necessary protection from the atmospheric agents and, thanks to a particular textured surface, optimizes the collection of the solar light on the cells.
The vacuum-sealed pressing, at 150°C, assures the perfect airtight sealing of the module, protecting the high performances of the product over the years.
The frame is realized with an anodized aluminium profile that allows an easy assembling of the module on the support structures.
On the back there is a junction box with protection degree IP65, with bypass diodes, cables and polarized connectors.
This junction box gives the best protection warranties both to the electrical connections and to the module for "hot-spot"
damages.
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Description
The Military Solar Power Shade field shelter provides 1 Kilowatt of solar power to recharge a bank of batteries, and also provides shade from the sun to reduce solar heat load up to 80-90%. Fits over MGPTS, TEMPER, and ISO Storage.
Developed with Eureka Tents of Johnson Outdoors and FTL Design Engineering Studios.
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Description
The Military Solar Temper Fly field shelter provides 750 Watts of solar power to recharge a bank of batteries, and also provides shade from the sun to reduce solar heat load and protection from rain. Same size and material as standard Temper Fly field shelters.
Developed with Eureka Tents of Johnson Outdoors and FTL Design Engineering Studios
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Description
The Military Solar Quadrant field shelter provides 190 Watts of solar power to recharge a bank of batteries, and also provides shade from the sun to reduce solar heat load and protection from rain. Fits over standard Temper Fly field shelters, drapes over other structures or vehicles, or stretches out on the ground.
Developed with Eureka Tents of Johnson Outdoors and FTL Design Engineering Studios.
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The electron-beam cross-linked and non-polluting RADOX® solar cables are extremely robust, highly resistant against heat, cold and weather influ-ences like UV-radiation or ozone and hydrolysis. Additionally, these cables are halogen free, flame retardant, and do not generate corrosive gases or low smoke in case of fire.
RADOX® solar connectors are also equipped with outstanding mechanical properties with high weather resistance and are also halogen free. They are especially characterized by a narrow design and a high current carrying capacity due to a low electrical resistance.
HUBER+SUHNER develop and produce high-grade receptacle systems that are optimally matched to your volume production processes.HUBER+SUHNER supplies completely assembled wiring systems in required lengths or raw cable and connectors with an outdoor assembly kit. Once out of service, RADOX® solar cables can be disposed of according to EU Code EAK 170411 (2001/118/EG), allowing them to be recycled into new raw materials for reuse.
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PowerFilm is integrated with standing seam metal roofing and is conformable to a variety of architectural styles. The low profile and flexibility of PowerFilm enables it to be incorporated with innovative straight or curved architectural structures. PowerFilm not only provides power but also enhances the overall building design.
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Kyocera designs and builds solar electric power systems that have everything you need to generate your own electricity. Our utility interactive systems are installed on the roofs of thousands of grid-connected buildings. These rooftop systems not only produce electricity for households, but also allow surplus energy to be sold back to the utility.
The MyGen™ Grid-tie Photovoltaic (PV) Power System consists of photovoltaic modules, a direct current to alternating current (DC-to-AC) power conversion device, DC wiring and protection, AC wiring and protection, lightning protection, component mounting and mechanical support.
The MyGen™ system is designed for use on residential and small commercial buildings of typical construction. Photovoltaic mounting is rafter-secured for structural compliance with most local building codes.
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The typology film used to encapsulate the cells and to link the two sheets of glass determines the two typologies previously indicated.
PVB is used in type A flattened while EVA is used in type B.
PH60-HT-High Transparency Glass/Glass Module is realized by SOLARDAY to reply to the increasing request of architectural needs.
SOLARDAY, for the particular application of glass/glass modules, realizes customized modules according to technical specifications supplied by the customer: dimensions, glass thickness, transparency coefficient and used structure.
High quality and performances of "custom" modules are achieved thanks to the cooperation between SOLARDAY and customers.
Module dimensions can vary from minimum 1000 x 1000 mm. to maximum 1500 x 3000 mm.
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SOLARTECNET PV systems are intended for installations at family houses. Produced energy is consumed in the house and the utility buys it back according to Act No.180/2005 at prices declared by the Energy Regulation Authority. The Act guarantees the purchase in 15 years from the time when the system was put into operation.
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Systema is happy to launch its latest product: SYCON, a solar concentrator with GPS orientation device both in the azimuth and zenith direction. Sycon can produce hot water up to 110°C and is able to modulate automatically the water capacity. Sycon can not only be combined with cooling/heating systems, but also with sanitary hot water production systems and swimming pool heating systems. Cogeneration and Trigeneration are possible, too. Needless to say, all this has many advantages, above all for what energy saving is concerned.
Do you want to learn more about Sycon’s wind-resistant structure, software and GPS systems for remote control or the safety devices of this brand new product against bad weather conditions? Well, then do not hesitate to contact us to ask for a quotation or further details. We would be extremely pleased to send you our best offer and any other information you may need.
Energy saving is waiting for you! Do not miss this opportunity!
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THIN FILM PHOTOVOLTAICS: THE NEXT EVOLUTION OF SOLAR TECHNOLOGY
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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Solar panels, Solar cells
