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The SunPower 315 Solar Panel provides today’s highest efficiency and performance. Utilizing 96 next generation SunPower all back-contact solar cells, the SunPower 315 delivers an unprecedented total panel conversion efficiency of 19.3%. The 315 panel’s reduced voltagetemperature coefficient and exceptional low-light performance attributes provide outstanding energy delivery per peak power watt.
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The SunPower 215 Solar Panel provides industry leading efficiency and performance. Utilizing 72 next generation SunPower all-back contact solar cells and an optimized panel design, the SunPower 215 delivers an unprecedented total panel conversion efficiency of 17.3%. The 215 panel’s reduced voltage-temperature coefficient and exceptional low-light performance attributes provide far higher energy delivery per peak power than conventional panels.
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Suntech's Standard Modules deliver the most reliable solar power for on-grid and off-grid residential and commercial systems. Our photovoltaic modules are built with Suntech's highly regulated manufacturing standards and latest Standard technology. Suntech's Monocrystalline Standard Modules are designed to deliver the highest efficiency, while our Polycrystalline Standard Modules are built to deliver the most cost effective performance.
High Efficiency Monocrystalline Modules
Made from monocrystalline silicon substrate from a single large crystal, Suntech's Monocrystalline Standard Modules offer a superior conversion rate in capturing the energy from the sun and converting it into electricity. This gives Suntech Monocrystalline Modules outstanding low light performance.
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Suntech Black Label is an all-black module that combines the superior aesthetics of our Building Integrated Photovoltaic (BIPV) products into a standard module suitable for mounting on top of roofs or facades. Black Label is ideal for roof and façade applications, where the appearance of the system is crucial and a BIPV system is not practical solution.
Excellent Aesthetics
Suntech Black Label's black frame, cells and backsheet provide excellent aesthetics, blending in visually to roofs and facades.
Installation Flexibility
Suntech Black Label can be used in the same way as standard modules with flexible installation.
Cost Effectiveness
Since Suntech Black Label’s design is based off Suntech's standard Polycrystalline Module, it offers an extremely cost-effective way to own an aesthetically pleasing solar energy system.
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- High-power module (180W) using 126mm square mono-crystalline silicon solar cells with 13.8% module conversion efficiency
- Bypass diode minimizes the power drop caused by shade
- 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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Multi-purpose 175 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 NT-175U1 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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Suntech See Thru (previously known as Photovol Glass) is a revolutionary new type of photovoltaic glazing. It is a solar module with a unique semitransparent finish, similar to tinted glass. Designed in part by architects, See Thru is ideal for use in curtain walls, skylights, canopies, atriums, and other vertical or sloped glazed surfaces. Based on amorphous silicon photovoltaic technology, See Thru is the perfect material for both light management and power generation.
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The Photovoltaic AA 110 is a curtain wall and glass designed to produce electricity by solar energy. The Photovoltaic AA 110 is manufactured in same way as a traditional curtain wall.
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Helios Technology, with its 30 years of experience in the production of solar cells and photovoltaic modules, with its commitment on the performance innovations and improvements on its products, unveils the new photovoltaic module HMA 214-230 P series. This new product represents the maximum expression of Helios Technology in terms of quality, realibility and life duration . The module reaching 230W, is realized utilizing 60 high efficiency 156x156 polycristalline cells, manufactured by Helios Technology, in its plant in Carmignano di Brenta (PD), adopting the most advanced technology in terms of production and tests, in order to guarantee the maximum quality of this product. Thanks to these high quality standards on the solar cells production, the new module HMA 214-230 P series, provide an excellent spectral response on a very wide solar radiaction frequency, meeting the certified tests of Fraunhofer Institut Solare Energiesysteme (ISE).
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Multicrystalline solar modules - For on-grid applicaton
Made with 156x156mm conventional solar cells
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- polycrystalline solar module
- manufactured in ISO 9001 certified factory
- Superior quality
- made with professional solar glass, encapsulation materials
- weathering proof, durable for adverse environment
- The best option for off-grid applications at remote habitation, telecommunication, water pumping and cathodic protection
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- made with 60 multicrystalline, 156 x 156mm cells
- Peak power 210 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
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- polycrystalline solar module
- manufactured in ISO 9001 certified factory
- Superior quality
- made with professional solar glass, encapsulation materials
- weathering proof, durable for adverse environment
- The best option for off-grid applications at remote habitation, telecommunication, water pumping and cathodic protection
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Photovoltaic modules
The Photovoltaic modules Mitsubishi Electric are a strategic integration of the most recent innovations in the technology of the satellites space them, of the semiconductors and other key sectors. Rich of technological solutions to the vanguard, elegant in the design. The photovoltaic modules with exceptional characteristics of yield.
The result of beyond 25 years of experiences of Research & development and know-how, with all the technology of tip of a manufacturer leader of equipment electronic electrical workers and.
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Photovoltaic modules
The Photovoltaic modules Mitsubishi Electric are a strategic integration of the most recent innovations in the technology of the satellites space them, of the semiconductors and other key sectors. Rich of technological solutions to the vanguard, elegant in the design. The photovoltaic modules with exceptional characteristics of yield.
The result of beyond 25 years of experiences of Research & development and know-how, with all the technology of tip of a manufacturer leader of equipment electronic electrical workers and.
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The PWX850 is designed with the double glass technology, with an optimum configuration that fulfils the most demanding PV applications. That type of heavy-duty construction ensures the product electrical isolation and high durability, including in marine and tropical environments.
The PWX850 module uses Photowatt%u2019s multicrystalline technology. The solar cells are individually characterized and electronically matched prior to interconnection. Encapsulation beneath high transmission tempered glass is accomplished using an advanced, UV resistant thermal setting plastic.
The encapsulant, ethylene vinyl acetate, cushions the solar cells within the laminate and protects the cells from etching. The PWX850 benefits from excellent mechanicals properties and reliability thanks to its glass both sides.
The self-supporting frame made from anodised aluminium was designed to allow it to be easily mounted either from the front or from the rear.
This module is available in glass / tedlar technology with the PW850 which minimize the weight while providing the same electrical datas.
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The PW6-110 is Photowatt's new born high efficiency module.Easy to handle, this module delivers a maximum power with an
optimal size.
The PW6-110 module uses Photowatt's multicrystalline technology. The solar cells are individually characterized and electronically matched prior to interconnection. Encapsulation is realised between the high transmission tempered glass and the resistant thermal setting Tedlar®. The encapsulant, ethylene vinyl acetate, cushions the solar cells within the laminate and protect the cells from etching. The rear surface of the module is completely sealed from moisture and mechanical damage by a continuous high strengh polymer sheet.
With a tolerance improvement to+/-5 Wp, the PW6-110 module ensures more power homogeneity in installations, and a financial investment corresponding to the real power produced.
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The PW1400 is a Photowatt%u2019s 5 inch module. Thanks to its optimum size it is easy to handle and specifically dedicated to large scale grid connected applications.
The PW1400 module uses Photowatt%u2019s multicrystalline technology. The solar cells are individually characterized and electronically matched prior to interconnection. Encapsulation beneath high transmission tempered glass is accomplished using an advanced, UV resistant thermal setting plastic.
The encapsulant, ethylene vinyl acetate, cushions the solar cells within the laminate and protect the cells from etching. The rear surface of the module is completely sealed from moisture and mechanical damage by a continuous high strength polymer sheet. The PW1400 is using a reinforced transparent anodised aluminium frame, designed to meet Photowatt%u2019s High Quality Standards for corrosion resistance (lifetime tested 3 times longer than requested by CEI 61215).
With a tolerance improvement to+/- 5Wp, the PW1400 module ensures more power homogeneity in installations, and a financial investment corresponding to the real power produced.
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The PW6-123 is Photowatt%u2019s new born high efficiency module. Easy to handle, this module delivers a maximum power with an optimal size.
The PW6-123 module uses Photowatt%u2019s multicrystalline technology. The solar cells are individually characterized and
electronically matched prior to interconnection. Encapsulation is realised between the high transmission tempered glass and the resistant thermal setting Tedlar®. The encapsulant, ethylene vinyl acetate, cushions the solar cells within the laminate and protect the cells from etching. The rear surface of the module is completely sealed from moisture and mechanical damage by a continuous high strengh polymer sheet.
With a tolerance improvement to+/-5 Wp, the PW6-123 module ensures more power homogeneity in installations, and a financial investment corresponding to the real power produced.
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The PWX500 is designed with the double glass technology, with an optimum configuration that fulfils the most demanding PV applications. That type of heavy-duty construction ensures the product electrical isolation and high durability, including in marine and tropical environments.
The PWX500 module uses Photowatt's multicrystalline technology. The solar cells are individually characterized and electronically matched prior to interconnection. Encapsulation beneath high transmission tempered glass is accomplished using an advanced, UV resistant thermal setting plastic.
The encapsulant, ethylene vinyl acetate, cushions the solar cells within the laminate and protects the cells from etching. The PWX500 benefits from excellent mechanicals properties and reliability thanks to its glass both sides.
The self-supporting frame made from anodised aluminium was designed to allow it to be easily mounted either from the front or from the rear.
This module is available in glass / tedlar technology with the PW500 which minimize the weight while providing the same electrical datas.
For building integration, this module can be delivered without aluminium frame.
Please contact us for further details.
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Suntech's Standard Modules deliver the most reliable solar power for on-grid and off-grid residential and commercial systems. Our photovoltaic modules are built with Suntech's highly regulated manufacturing standards and latest Standard technology. Suntech's Monocrystalline Standard Modules are designed to deliver the highest efficiency, while our Polycrystalline Standard Modules are built to deliver the most cost effective performance.
Cost Effective Polycrystalline Modules
Manufactured from polycrystalline cast blocks of silicon, each cell contains many small crystals. Polycrystalline cells look somewhat like shattered glass and tend to be less expensive and only slightly less efficient per cell area compared to Monocrystalline Modules. Suntech's Polycrystalline Standard Modules are ideal for large-scale deployment in the most challenging conditions of utility, residential and commercial installations.
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TENESOL markets a vast set of modules whose power output ranges from 5W to 200W.
Some of our references are available in monocrystalline and in polycrystalline.
However, we mainly develop polycrystalline modules because it seems paramount to us that you benefit from the latest technological advances in Photovoltaics.
Indeed, our new generation modules include a non reflective layer of Silicon nitride.
This enables to increase significantly their efficiency, bringing it to an average rate of 14%.
The high efficiency solar cells are measured individually and sorted electronically before being interconnected.
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TENESOL markets a vast set of modules whose power output ranges from 5W to 200W.
Some of our references are available in monocrystalline and in polycrystalline.
However, we mainly develop polycrystalline modules because it seems paramount to us that you benefit from the latest technological advances in Photovoltaics.
Indeed, our new generation modules include a non reflective layer of Silicon nitride.
This enables to increase significantly their efficiency, bringing it to an average rate of 14%.
The high efficiency solar cells are measured individually and sorted electronically before being interconnected.
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TENESOL markets a vast set of modules whose power output ranges from 5W to 200W.
Some of our references are available in monocrystalline and in polycrystalline.
However, we mainly develop polycrystalline modules because it seems paramount to us that you benefit from the latest technological advances in Photovoltaics.
Indeed, our new generation modules include a non reflective layer of Silicon nitride.
This enables to increase significantly their efficiency, bringing it to an average rate of 14%.
The high efficiency solar cells are measured individually and sorted electronically before being interconnected.
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Extremely well built - SCHOTT POLY™ 280
The SCHOTT POLY™ 280/290 is a polycrystalline double glass module, which is perfectly suited to meet the highest demands in terms of quality and aesthetics. Thanks to our high-standard production methods and the additional sheet of glass on the back side, it is extremely robust: tough climatic influences or aggressive air pollutants, like ammonia as present in the farming sector, have basically any effect on it. The back glass sheet and a transparent foil give the whole module a translucent, highly aesthetic appearance. In all ways a high-end module, which is designed to provide a long-term energy yield. Thereon, SCHOTT Solar gives a performance guarantee of 20 years. Whatever the future holds.
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Brilliant appearance - SCHOTT EFG™ 165
The new EFG™ solar power modules made by SCHOTT Solar provide many advantages in addition to high energy yields and high-end manufacturing standards. They stand out with their very good electrical long-term stability, high light spectrum responsiveness and therefore high energy efficiency. Their lightly structured and very even dark-blue appearance provides a highly refined look. Moreover, EFG™ technology is a patented process for highly economical and raw material-saving wafer production. SCHOTT EFG™ 165 is a combination of a sustainable manufacturing process, high-performance cells and 20 years of performance guarantee. Whatever the future holds.
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Our peak performer - SCHOTT POLY™ 225
SCHOTT POLY™ 225 excels with its outstanding high nominal output. Due to its 6-inch cells, the module's surface is used very efficiently. The narrow selection of the cell power output (carried out by power binning) enables a row circuit technique with low electrical losses. This makes SCHOTT POLY™ 225 very suitable both for individual application and for large installations. SCHOTT Solar provides a 20-year performance guarantee on it. Whatever the future holds.
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Powerful modules for stand-alone systems and mains coupling
High-output modules from SCHOTT Solar are available from a power class of 50 to 300 Watt. Crystalline EFG and MAIN cells with a high-quality finish provide the highest energy yields. The modules have been judged many times as the winners in independent studies and tests. Each module type is designed for low-cost system integration, from the frame construction through to the junction box.
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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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