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Solar Cells equipment for Solar Energy

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    Model MI-510S - PV Module Selector

    To test the long-term stability of PV modules, particularly with EKO's MP-165 based outdoors test system, the I-V characteristics of multiple PV cells and modules can be measured. MI-510S module selector gives 6 channels to measure the PV modules sequentially. In total 8 units of the MI-510S can be connected to the MP-165.

    By EKO Instruments based in San Jose, CALIFORNIA (USA). from Solar Energy - IV Measurements Product line

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    Model MP-180 I-V - High Precision Tracer

    The high precision MP-180 I-V tracer is the ultimate research instrument for Photovoltaic cell development and quality inspection purposes. Its wide input range (µA - A) makes the MP-180 a unique all-round measurement device suitable to test all types and sizes of Photovoltaic cells.

    By EKO Instruments based in San Jose, CALIFORNIA (USA). from Solar Energy - IV Measurements Product line

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    Model MI-520 - PV Module Selector

    Long term stability of PV modules can be evaluated with the multi channel MP-160 system. I-V characteristics of multiple PV cells and modules can be measured individually. MI-520 module selector gives 12 channels to measure the PV modules sequentially. In total 4 units of the MI-520 can be connected to the MP-160.

    By EKO Instruments based in San Jose, CALIFORNIA (USA). from Solar Energy - IV Measurements Product line

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    Model MI-510 - PV Module Selector

    Long term stability of PV modules can be evaluated with the multi channel MP-160 system. I-V characteristics of multiple PV cells and modules can be measured individually. MI-510 module selector provides 6 channels to measure the PV modules sequentially. In total 4 units of the MI-510 can be connected to the MP-160 and 4 units to the MP-180.

    By EKO Instruments based in San Jose, CALIFORNIA (USA). from Solar Energy - IV Measurements Product line

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    Model MP-160 I-V - Tracer

    The MP-160 I-V tracer is the optimum solution for testing individual solar cell or module characteristics in combination with a solar simulator or natural sunlight. It can be found in factory quality control applications or long-term performance assessment studies of modules exposed to natural conditions outdoors. The cell or module performance ...

    By EKO Instruments based in San Jose, CALIFORNIA (USA). from Solar Energy - IV Measurements Product line

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    GPE - Model 31551 - Heavy Duty Edge Guide Sensor

    The Model 31551 Heavy Duty Edge Guide Sensor is specifically designed for heavy duty strip guiding applications, where maximum versatility is required. The sensor consists of two sturdy cast steel housings which are mounted separately, providing greater installation flexibility. One housing contains the photocell and is available in two options, ...

    By Shand & Jurs (L&J Technologies & L&J Engineering) based in Hillside, ILLINOIS (USA). from Strip Guiding Product line

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    Model MP-303S - PV Load Selector

    To test the long-term stability of PV modules, particularly with EKO's MP-165 based outdoors test system the I-V characteristics of multiple PV cells and modules can be measured. The MP-165 in combination with the MP-303S Load Selector provides 6 channels to measure IV curves of PV modules which can be kept at MPPT conditions with an optional ...

    By EKO Instruments based in San Jose, CALIFORNIA (USA). from Solar Energy - IV Measurements Product line

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    Model MP-303 - PV Load Selector

    To test the long-term stability of PV modules, particularly with EKO's MP-160 outdoor based test system, the I-V characteristics of multiple PV cells and modules can be measured. The MP-160 in combination with the MP-303 Load Selector provides 6 channels to measure IV curves of PV modules which can be kept at MPPT conditions with an optional load. ...

    By EKO Instruments based in San Jose, CALIFORNIA (USA). from Solar Energy - IV Measurements Product line

  • Rainbow Cell - Model 6 - Multicrystalline Solar Cell

    Dimension: 156 mm x 156 mm ± 0.5 mm. Thickness (Si): 180 μm - 20 / + 30 μm, 200 μm ± 30 μm.

    By MSS Mola Solar Systems Ltd. & Co. KG based in Duisburg, GERMANY. from Solar Cells Product line

  • Models: US-21, US-11, US-5

    Modules Rating: 21, 11, 5 Watts. Triple Junction Silicon Solar Cells. Unbreakable Construction. Polymer Encapsulation - No Glass. Anodized Aluminum Frame. Bypass Diodes For Shadow. Tolerance (US-21, US-11). Ten Year Limited Warranty. UL Listed. Each UNI-POWER solar electric module utilizes the proprietary Triple Junction silicon solar cells of ...

    By Strison Wireless Systems based in Greensboro, NORTH CAROLINA (USA).

  • 156 mm Polycrystalline Silicon Solar Cells

    Dimensions 156 mm×156 mm(±0.5mm).Thickness300 µm (±40µm),270 µm (±40µm),220 µm (±40µm).Front contacts(-)2mm busbar(silver), silicon nitride.Rear contacts(+) 2.75 mm busbar(Ag/Al), closed aluminium BSF.

    By Changzhou Kindersolar Energy Co.,Ltd based in Changzhou-Jiangsu, CHINA.

  • TITAN - Model M6-72 - Multi Crystalline Modules

    High Performance 6 inch and 5 inch Multi Crystalline Solar cells, sourced from established international solar cell manufacturers form the crux of the TITAN M6 and M5 series modules respectively. The modules have rated output ranging from 20Wp-280Wp with various voltage ratings.

    By Titan Energy Systems (TITAN) based in Secunderabad, INDIA.

  • Model 125X125 mm - Monocrystalline Solar Cell

    125 x125 mm monocrystalline pseudo square. Pseudo-square CZ-Si Wafer.

    By AZ Solar based in Verona, ITALY. from Wafer Product line

  • Multicrystalline Silicon Solar Cell

    Dimension  156mm x 156mm ± 0.5mm.Thickness  200|jm ± 20[im.Front Contact (-)  Blue Antireflective Coating (silicon nitride), Texturized Surface(acid), Two 1.8 mm Segment Bus Bars (silver).Back Contact (+) Back-Surface Field (aluminum), 2.7 mm Wide Segment Soldering Pads (silver/aluminum)

    By Tainergy Tech Co., Ltd. based in Taoyuan Hsien, TAIWAN. from Solar Cell Product line

  • Mono Crystalline Cells

    Narrow cell banding offers best cell to module wattage realization.100% grading on “Peak Power”.100% check on visual appearance.Each cell produced at our facility undergoes a series of thorough quality test.Free from micro cracks.Reference edge on both faces for easier orientation.

    By Microsol International LL based in Fujairah, UNITED ARAB EMIRATES. from Solar Cells Product line

  • High Performance Cells

    At Concentrix Solar's FLATCON® power plants, special III-V based triple-junction solar cells (GaInP/GaInAs/Ge) are used. Here three different types of solar cells are stacked on top of one another. Each cell type is sensitized to convert a certain spectral region of the solar radiation: short waves, medium wave and the infrared range.

    By Concentrix Solar GmbH based in Freiburg, GERMANY.

  • Batteries

    Solar batteries are energy storage units in which collected energy is saved. Lead batteries are most commonly used because they are cost efficient, low-maintenance and optimal for photovoltaicAbbrevatied.: PV. Technology that turns solar energy into electricity via solar cells. systems. High-end solar batteries have the following quality ...

    By IBC SOLAR AG based in Staffelstein, GERMANY.

  • Model DMS-156M-433 - 6" Monocrystalline Solar Cell

    DMS-156M-433: 100 Cells, up to 433W. High efficiency and stable performance in photovoltaic conversion. Advanced diffusion technique ensuring the homogeneity of energy conversion efficiency of the cell. Advanced PECVD film forming, providing a dark blue silicon nitride anti-reflection film of homogenous color and attractive appearance. High ...

    By Dmsolar, LLC based in Fort Lauderdale, FLORIDA (USA). from Solar (PV) Cells Product line

  • Monocrystalline Solar Cells

    Technical data: Size: 125 * 125 ± 0.5mm. Thickness: 0.220 ± 0.030mm. Grade: A. Front (-):. The silicon oxide reduces reflective film. Main grid with a width of 1.8mm. Back (+):. Aluminum background. Welding point with a width of 4.5mm (silver).

    By Fully Green Power Co., Ltd. based in Kaohsiung, TAIWAN.

  • The Solar Cells

    The single crystalline silicon solar cells are produced by the self-developed novel technology.

    By Podolsky Chemical & Metallurgical Plant, JSC based in Moscow region, RUSSIA.

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