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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 manufacturer of 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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| KUBIK 500 and KUBIK 1200 are a DC-AC power inverters with a pure sine wave output designed for stand-alone applications, that is for systems supplied by batteries where the traditional 230VAC power grid is not available. KUBIK 500 and KUBIK 1200 are inverters which convert a 12 or 24VDC input voltage supplied by the batteries, into a 230VAC at 50 or 60Hz output (with regulating possibility). A main innovative feature of KUBIK 500 and KUBIK 1200 are that they allow the user to connect together modular power systems. That is, when in one system the total power requirements of the loads increase during the time up to higher amounts than the maximum permitted values by one industrial inverter, there is the possibility to connect in parallel more KUBIK. |
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Tenesol manufactures its own photovoltaic
modules.
Tenesol's modules use the high-output technology of
the multicrystalline cell. Each cell is individually
measured and sorted before the encapsulation stage.
The Non-Reflecting Glass used by Tenesol offers a daily
production increase of 3% compared to a module of
equivalent power using a standard glass. |
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The H/HT Series of Photovoltaic Modules are all manufactured in monocrystalline and multicrystalline
silicon and they are suitable for home systems and other civil applications (cantilever roofs, road signs, industrial hydraulic pumps, telecommunications, etc). It has been created to guarantee maximum and long-lasting effi ciency, with the minimum space required. Thanks to the introduction of the I-Max technology, developed by Helios Technology for its high-effi ciency modules range at the typical battery operating voltage (12,5V), it allow a remarkable increase of the current output (about 10-17%) compared to the traditional modules.
The frame of the module is made of anodized aluminum and it is provided with 4 slotted holes, which allow a quick and easy installation of all Helios Technology's modules. |
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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 professional 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 protector, 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 newly developed d.Blue manufacturing process creates a microscopic texture on the cell’s multi-crystalline silicon surface, reducing reflectance and maximizing the amount of sunlight the cell can absorb. The change is evident in the d.Blue module’s increased power output and “deep blue” color, which inspired its name.
Kyocera’s KC167G d.Blue module produces 167 watts of maximum power (7.2 amps and 23.2 volts under standard test conditions) in a form factor measuring 50.8” x 39” x 1.4” -- the same size as the company’s conventional 158-watt panel, the KC158G. The new KC125G d.Blue module produces 125 watts of maximum power (7.2 amps and 17.4 volts under standard test conditions) in a form factor measuring 56” x 25.7” x 2.0” – the same size as the conventional 120-watt module, the KC120-1. Both d.Blue modules feature “quick connect” output professional cables, and a heavy-duty box-style dark anodized aluminum frame. The d.Blue modules are covered by Kyocera’s 25-year power output warranty, are UL listed, and are approved by the California Energy Commission for its rebate program. |
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Kyocera solar modules are a reliable, virtually maintenance-free power supply manufacturers designed to convert sunlight into electricity at the highest possible efficiency. The systems using KC moduels are ideal for charging storage professional 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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Solar panels, Solar cells
