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  • Certified Product

    • Product

      PV Module: "With 6" mono cells: CSGxxxS2-72 (xxx=320-365, in steps of 5, 72 cells) CSGxxxS2-60 (xxx=265-305, in steps of 5, 60 cells) With 6" poly cells: CSGxxxM2-72 (xxx=290-330, in steps of 5, 72 cells) CSGxxxM2-60 (xxx=240-275, in steps of 5, 60 cells) xxx represents output power in Wp. Continued on Page 2" and others

    • Certificate Holder

      CSG PVTech Co., Ltd.

    • Test Mark Number

      1419069766

    The test entails:

    1. IEC 61215

      The IEC 61215, respectively EN 61215, comprises the examination of all parameters which are responsible for the ageing of PV modules and describes the various qualification tests on the basis of the artificial load of the materials. In particular one differs between the following load groups:

      Sunlight incl. UV
      Climate (changing of climates, coldness, warmth, humidity)
      Mechanical load (hail, wind suction, wind pressure, snow)

      The tests are judged to be passed, if after the qualification tests no major visual defects are detected and the output power has not or only slightly degraded from its initial value.

      The qualification certificate corresponding to IEC 61215 has gained acceptance in the past few years as the quality symbol for crystalline PV modules. Nowadays such a certificate is required for most national and international funding programs.
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    2. IEC 61730

      The standard IEC 61730 comprises the requirements for the design and the testing of PV modules regarding the qualification for the safe electrical and mechanical operation throughout their expected lifetime. The test sequences of the IEC 61730 are designed such that they can co-ordinate with those of the IEC 61215 (PV modules - design qualification and type approval) and the test samples may be used for the performance as well as for the safety qualification. Among the test categories are:

      Environmental stress

      Besides the basic tests, the standard foresees additional tests that depend on the module end-use applications, which are categorized in classes A, B and C.

      The tests are judged to be passed, if the test applied would not result into potential electric shock, fire and personal injury.

      The IEC 61730 comprises all tests that are required for the determination of the protection class according to IEC 61140.

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    3. Regular Production Surveillance

      In order to ensure that products initially tested and certified by TÜV Rheinland continue to be produced in consistent quality, the production is inspected at regular intervals. The procedures in the production premises are inspected, such as the purchasing of components (supplier assessment), the individual processing stages and pre-delivery inspections. The use of the keyword "Regular Production Surveillance" confirms that the production has been subjected to such inspections.

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    Certification

    Product "PV Module, With 6" mono cells: CSGxxxS2-72 (xxx=320-365, in steps of 5, 72 cells) CSGxxxS2-60 (xxx=265-305, in steps of 5, 60 cells) With 6" poly cells: CSGxxxM2-72 (xxx=290-330, in steps of 5, 72 cells) CSGxxxM2-60 (xxx=240-275, in steps of 5, 60 cells) xxx represents output power in Wp. Continued on Page 2 Continuation of Page 1 Same as Page 1-2 In addition: Type Designation: Max. System Voltage: up to 1500 VDC (Voc at STC): with 6" mono c-Si cells: CSGxxxS2-72H (xxx=370~395, in steps of 5, 72 cells) CSGxxxS2-60H (xxx=310~330, in steps of 5, 60 cells) with 6" poly c-Si cells: CSGxxxM2-72H (xxx=330~355, in steps of 5, 72 cells) CSGxxxM2-60H (xxx=280~295, in steps of 5, 60 cells) Same as Page 1-3 In addition: Type Designation: System Voltage: up to 1500 V (Voc at STC) With ½ cut of 182 mm mono c-Si cells: CSGxxxS2HC-144 (xxx=530~555, in steps of 5, 144 cells) CSGxxxS2HC-120 (xxx=445~460, in steps of 5, 120 cells) CSGxxxS2HC-108 (xxx=405~415, in steps of 5, 108 cells) With ½ cut of 166 mm mono c-Si cells: CSGxxxS2HC-144 (xxx=445~460, in steps of 5, 144 cells) CSGxxxS2HC-120 (xxx=385~395, in steps of 5, 120 cells) CSGxxxS2HC-108 (xxx=335~345, in steps of 5, 108 cells)" as named in the certificate was tested by TÜV Rheinland Shanghai Ltd. and fulfills the defined requirements.

    Certificate for this Product

    Contact to the certificate holder

    CSG PVTech Co., Ltd.

    XinJi Village, Machong Town,
    Dongguan City,
    523141 Guangdong
    China (Mainland)