Product Reviews > Cell Processing

  • Gallium arsenide nanowires are fabricated via a high-throughput process called ‘Aerotaxy’ invented by company founder and Lund University pr

    Sol Voltaics gallium arsenide nanomaterial to be low-cost ink process for solar cells

    09 May 2013, 10:03

    Start-up Sol Voltaics has unveiled ‘SolInk’, which is claimed to be an economical nanomaterial that promises to increase the efficiency of crystalline silicon or thin-film solar modules by up to 25% or more. Gallium arsenide nanowires are fabricated via a high-throughput process called ‘Aerotaxy’ invented by company founder and Lund University professor Lars Samuelson.

  • PSE AG has developed a new test stand, ‘Degratest Labtool,’ designed for the testing of light induced degradation (LID) effect of silicon so

    PSE provides analysis of solar cells light-induced degradation

    04 April 2013, 12:45

    PSE AG has developed a new test stand, Degratest Labtool, designed for the testing of the light-induced degradation (LID) effect on silicon solar cells. The testing technology monitors and records degradation effects, and offers manufacturers and research institutions a fast and reliable tool for testing and developing solar cells. The LID test system was developed at ISC Konstance.

  • Datapaq has launched a tailored version of its SolarPaq temperature profiling system for contact paste drying processes.

    Datapaq temperature profiling system for contact paste drying

    14 March 2013, 12:34

    Datapaq has launched a tailored version of its SolarPaq temperature profiling system for contact paste drying processes.

  • The SCANalign system consists of a software package with an intuitive graphical user interface, a camera, a camera adapter, an illumination

    Scanlab’s ‘SCANalign’ vision system tailored to solar cell processing

    21 February 2013, 10:15

    Scanlab has broadened its offering with ‘SCANalign,’ a vision system tailored specifically to the demands of laser processing steps used in solar cell fabrication steps.

  • Meyer Burger’s patented ‘SmartWire Connection Technology’ (SWCT) is designed to replace conventional silver-based busbars on solar cells usi

    Meyer Burger offers fine-line copper wires connect for 5% higher power output of solar cells

    11 February 2013, 12:19 | Comments (3)

    Meyer Burger’s patented ‘SmartWire Connection Technology’ (SWCT) is designed to replace conventional silver-based busbars on solar cells using thin copper wires on both sides of the cell. Typically, 30 very fine copper wires are used for cell connection generating up to 2,000 contact points per cell that provide 5% higher power output compared to best-in-class 3BB (three busbar) technology, while reducing production costs.

  • SoLayTec has introduced its InPassion ALD (Atomic Layer Deposition) tool for depositing Al2O3 in mass production.

    SoLayTec’s ‘InPassion’ ALD system offers superior Al2O3 deposition in mass production

    29 January 2013, 15:53

    SoLayTec has introduced its InPassion ALD (Atomic Layer Deposition) tool for depositing Al2O3 in mass production. Al2O3 is well known in the PV community for highly effective surface passivation properties and negative fixed charge density, which is required for thinner wafer usage. InPassion ALD tool is capable of processing up to 4,500 wph.

  • The frame rate of 3 fps allows a throughput of 1 cell per second.

    Sensovation’s SamBa series low-light cameras are optimized for high-throughput EL imaging

    05 December 2012, 16:57

    With the SamBa series of low-light cameras, Sensovation is able to offer sensitivity in the near-IR range at high speed that enables industrial testing applications such as electroluminescence imaging of solar sells and modules. SamBa Ci is a 2 MPixel, high sensitivity camera optimised for high-throughput EL-based inspection.

  • The Safire’s dual independent chamber design eliminates lane-to-lane loading influence.

    ‘Safire’ dual chamber firing furnace tailors thermal profiles around advanced materials and cells

    26 November 2012, 10:22

    The ‘Safire’ firing furnace, together with the ‘DriTech’ dryer, were designed by Despatch Industries to provide PV manufacturers with the ability to properly segment, control and adjust key process parameters. The Safire design features dual, independent chambers with no lane-to-lane influences that are claimed to provide the greatest degree of firing repeatability and capability for cell efficiency optimisation.

  • The modular architecture of the new electroluminescence system allows the integration into new or existing production lines and fulfills var

    EU PVSEC: SOLARSCAN-YIELDMASTER PL from ISRA provides high throughput inspection

    27 September 2012, 15:52

    ISRA SOLAR VISION, a business unit of ISRA VISION AG, is featuring a new generation of contactless photoluminescence (PL) inspection systems, including the high-accuracy, high-speed inspection of solar cells and wafers. The new SOLARSCAN-YIELDMASTER PL is claimed to provide the industry’s fastest contactless photoluminescence inspection with the lowest false detection rates and the most accurate defect classification for the mass production of solar cells.

  • PV18A is claimed to demonstrate efficiency gains despite significantly less material consumption when compared to Solamet PV17F.

    EU PVSEC: DuPont offers ‘Solamet PV18A’ for enhanced LDE cell performance

    21 September 2012, 07:23

    DuPont Microcircuit Materials (MCM) has introduced its next-generation frontside metallization pastes for crystalline silicon solar cells. ‘DuPont Solamet PV18x’ series photovoltaic metallization pastes are claimed to offer PV manufacturers improved productivity beyond that provided by the ‘Solamet PV17x’ series. ‘Solamet PV18A’ is claimed to be the first metallization paste tailored for optimal performance on mono-crystalline wafers with enhanced Lightly Doped Emitters (LDEs).

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  • Photovoltaics International 19th Edition

    For manufacturers who had their heads in the bunker during 2012, fighting falling ASPs and eroding margins, the nineteenth edition brings you details of what lies in store for this coming year. Wright Williams & Kelly return in this issue with their popular analysis of payback on technology buys; crucially they analyze n-type wafers, Al2O3 passivation and copper metallization. SERIS shows us how to achieve 18.7% efficiencies using low-cost etching techniques on diffused wafers. We also have two important technology roundups: CIGS from Helmholtz Berlin, and PV module encapsulation techniques from Fraunhofer ISE.

  • Manufacturing The Solar Future: The 2013 Production Annual

    In the ever-changing global solar markets, cost reduction and measures to increase cell efficiencies are the key tools available to PV manufacturers to create new opportunities and drive your business to the next level. Manufacturing the Solar Future 2013 is the third in the Photovoltaics International PV Production Annual series, delivering the next instalment of in-depth technical manufacturing information on PV production processes designed to help you gain the competitive edge.

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