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    • Certified Product

    • Product

      PV Module: "Max. system voltage: up to 1500 VDC (Voc at STC): With 1/3 cut of mono c-Si cells: DHT-M72X10-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10(BW)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10(BB)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/FS-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/FS(BW)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/FS(BB)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/BF-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/BF(BW)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/BF(BB)-xxxW (xxx=525-555, in steps of 5, 216 cells)" and others

    • Certificate Holder

      Anhui Daheng Energy Technology Co.,Ltd.

    • Test Mark Number

      1111263847

    1111263847

    The test includes:

    1. IEC 62716

    2. Ammonia Resistance

      TÜV Rheinland has tested this product in order to ascertain whether it is resistant to a climate that contains ammonia (for. g. due to nearby stables). TÜV Rheinland has defined a catalogue of tests which establishes minimum standards for the ammonium content in accordance with the product and manufacturer's information, and provided the product is used as intended. The test catalogue is based on internationally applicable standards or common standards within the industry and exceeds these requirements. The product has been tested in the laboratory according to these criteria. In so doing the testers submit the photovoltaic modules to a warm and humid ammonia-laden atmosphere. After the 20-days climate-cycle test, measurements have been taken on the extent to which any lowering in performance and insulation resistance has been found on the modules. The products have also been visually inspected for deposits, yellowing or cracks. The use of the keywords "Ammonia Resistance" confirms that the product satisfies TÜV Rheinland's test criteria.

    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.

    Certification

    Product "PV Module, Max. system voltage: up to 1500 VDC (Voc at STC): With 1/3 cut of mono c-Si cells: DHT-M72X10-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10(BW)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10(BB)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/FS-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/FS(BW)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/FS(BB)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/BF-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/BF(BW)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/BF(BB)-xxxW (xxx=525-555, in steps of 5, 216 cells)
    DHM-T72X10/BF/FS-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/BF/FS(BW)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHM-T72X10/BF/FS(BB)-xxxW (xxx=525-555, in steps of 5, 216 cells) DHT-M60X10-xxxW (xxx=440-460, in steps of 5, 180 cells) DHM-T60X10-xxxW (xxx=440-460, in steps of 5, 180 cells) DHM-T60X10(BW)-xxxW (xxx=440-460, in steps of 5, 180 cells) DHM-T60X10(BB)-xxxW (xxx=440-460, in steps of 5, 180 cells) DHM-T60X10/FS-xxxW (xxx=440-460, in steps of 5, 180 cells) DHM-T60X10/FS(BW)-xxxW (xxx=440-460, in steps of 5, 180 cells) DHM-T60X10/FS(BB)-xxxW (xxx=440-460, in steps of 5, 180 cells) DHM-T60X10/BF-xxxW (xxx=440-460, in steps of 5, 180 cells)
    DHM-T60X10/BF(BW)-xxxW (xxx=440-460, in steps of 5, 180 cells) DHM-T60X10/BF(BB)-xxxW (xxx=440-460, in steps of 5, 180 cells) DHM-T60X10/BF/FS-xxxW (xxx=440-460, in steps of 5, 180 cells) DHM-T60X10/BF/FS(BW)-xxxW (xxx=440-460, in steps of 5, 180 cells) DHM-T60X10/BF/FS(BB)-xxxW (xxx=440-460, in steps of 5, 180 cells) With 1/2 cut of mono c-Si cells: DHM-72L9-xxxW (xxx=430-465, in steps of 5, 144 cells) DHM-72L9(BW)-xxxW (xxx=430-465, in steps of 5, 144 cells) DHM-72L9(BB)-xxxW (xxx=430-465, in steps of 5, 144 cells) DHM-72L9/FS-xxxW (xxx=430-465, in steps of 5, 144 cells) DHM-72L9/FS(BW)-xxxW (xxx=430-465, in steps of 5, 144 cells)
    DHM-72L9/FS(BB)-xxxW (xxx=430-465, in steps of 5, 144 cells) DHM-72L9/BF-xxxW (xxx=430-465, in steps of 5, 144 cells) DHM-72L9/BF(BW)-xxxW (xxx=430-465, in steps of 5, 144 cells) DHM-72L9/BF(BB)-xxxW (xxx=430-465, in steps of 5, 144 cells) DHM-72L9/BF/FS-xxxW (xxx=430-465, in steps of 5, 144 cells) DHM-72L9/BF/FS(BW)-xxxW (xxx=430-465, in steps of 5, 144 cells) DHM-72L9/BF/FS(BB)-xxxW (xxx=430-465, in steps of 5, 144 cells) DHM-66L9-xxxW (xxx=395-425, in steps of 5, 132 cells) DHM-66L9(BW)-xxxW (xxx=395-425, in steps of 5, 132 cells) DHM-66L9(BB)-xxxW (xxx=395-425, in steps of 5, 132 cells) DHM-66L9/FS-xxxW (xxx=395-425, in steps of 5, 132 cells)
    DHM-66L9/FS(BW)-xxxW (xxx=395-425, in steps of 5, 132 cells) DHM-66L9/FS(BB)-xxxW (xxx=395-425, in steps of 5, 132 cells) DHM-66L9/BF-xxxW (xxx=395-425, in steps of 5, 132 cells) DHM-66L9/BF(BW)-xxxW (xxx=395-425, in steps of 5, 132 cells) DHM-66L9/BF(BB)-xxxW (xxx=395-425, in steps of 5, 132 cells) DHM-66L9/BF/FS-xxxW (xxx=395-425, in steps of 5, 132 cells) DHM-66L9/BF/FS(BW)-xxxW (xxx=395-425, in steps of 5, 132 cells) DHM-66L9/BF/FS(BB)-xxxW (xxx=395-425, in steps of 5, 132 cells) DHM-60L9-xxxW (xxx=360-385, in steps of 5, 120 cells) DHM-60L9(BW)-xxxW (xxx=360-385, in steps of 5, 120 cells)
    DHM-60L9/FS-xxxW (xxx=360-385, in steps of 5, 120 cells) DHM-60L9/FS(BW)-xxxW (xxx=360-385, in steps of 5, 120 cells) DHM-60L9/FS(BB)-xxxW (xxx=360-385, in steps of 5, 120 cells) DHM-60L9/BF-xxxW (xxx=360-385, in steps of 5, 120 cells) DHM-60L9/BF(BW)-xxxW (xxx=360-385, in steps of 5, 120 cells) DHM-60L9/BF(BB)-xxxW (xxx=360-385, in steps of 5, 120 cells) DHM-60L9/BF/FS-xxxW (xxx=360-385, in steps of 5, 120 cells) DHM-60L9/BF/FS(BW)-xxxW (xxx=360-385, in steps of 5, 120 cells) DHM-60L9/BF/FS(BB)-xxxW (xxx=360-385, in steps of 5, 120 cells) DHM-72X10-xxxW (xxx=525-555, in steps of 5, 144 cells) DHM-72X10(BW)-xxxW (xxx=525-555, in steps of 5, 144 cells)
    DHM-72X10(BB)-xxxW (xxx=525-555, in steps of 5, 144 cells) DHM-72X10/FS-xxxW (xxx=525-555, in steps of 5, 144 cells) DHM-72X10/FS(BW)-xxxW (xxx=525-555, in steps of 5, 144 cells) DHM-72X10/FS(BB)-xxxW (xxx=525-555, in steps of 5, 144 cells) DHM-72X10/BF-xxxW (xxx=525-555, in steps of 5, 144 cells) DHM-72X10/BF(BW)-xxxW (xxx=525-555, in steps of 5, 144 cells) DHM-72X10/BF(BB)-xxxW (xxx=525-555, in steps of 5, 144 cells) DHM-72X10/BF/FS-xxxW (xxx=525-555, in steps of 5, 144 cells) DHM-72X10/BF/FS(BW)-xxxW (xxx=525-555, in steps of 5, 144 cells) DHM-72X10/BF/FS(BB)-xxxW (xxx=525-555, in steps of 5, 144 cells) DHM-66X10-xxxW (xxx=485-505, in steps of 5, 132 cells)
    DHM-66X10(BW)-xxxW (xxx=485-505, in steps of 5, 132 cells) DHM-66X10(BB)-xxxW (xxx=485-505, in steps of 5, 132 cells) DHM-66X10/FS-xxxW (xxx=485-505, in steps of 5, 132 cells) DHM-66X10/FS(BW)-xxxW (xxx=485-505, in steps of 5, 132 cells) DHM-66X10/FS(BB)-xxxW (xxx=485-505, in steps of 5, 132 cells) DHM-66X10/BF-xxxW (xxx=485-505, in steps of 5, 132 cells) DHM-66X10/BF(BW)-xxxW (xxx=485-505, in steps of 5, 132 cells) DHM-66X10/BF(BB)-xxxW (xxx=485-505, in steps of 5, 132 cells) DHM-66X10/BF/FS-xxxW (xxx=485-505, in steps of 5, 132 cells) DHM-66X10/BF/FS(BW)-xxxW (xxx=485-505, in steps of 5, 132 cells) DHM-66X10/BF/FS(BB)-xxxW (xxx=485-505, in steps of 5, 132 cells)
    DHM-60X10-xxxW (xxx=440-460, in steps of 5, 120 cells) DHM-60X10(BW)-xxxW (xxx=440-460, in steps of 5, 120 cells) DHM-60X10(BB)-xxxW (xxx=440-460, in steps of 5, 120 cells) DHM-60X10/FS-xxxW (xxx=440-460, in steps of 5, 120 cells) DHM-60X10/FS(BW)-xxxW (xxx=440-460, in steps of 5, 120 cells) DHM-60X10/FS(BB)-xxxW (xxx=440-460, in steps of 5, 120 cells) DHM-60X10/BF-xxxW (xxx=440-460, in steps of 5, 120 cells) DHM-60X10/BF(BW)-xxxW (xxx=440-460, in steps of 5, 120 cells) DHM-60X10/BF(BB)-xxxW (xxx=440-460, in steps of 5, 120 cells) DHM-60X10/BF/FS-xxxW (xxx=440-460, in steps of 5, 120 cells) DHM-60X10/BF/FS(BW)-xxxW (xxx=440-460, in steps of 5, 120 cells)
    DHM-60X10/BF/FS(BB)-xxxW (xxx=440-460, in steps of 5, 120 cells) DHM-54X10-xxxW (xxx=395-415, in steps of 5, 108 cells) DHM-54X10(BW)-xxxW (xxx=395-415, in steps of 5, 108 cells) DHM-54X10(BB)-xxxW (xxx=395-415, in steps of 5, 108 cells) DHM-54X10/FS-xxxW (xxx=395-415, in steps of 5, 108 cells) DHM-54X10/FS(BW)-xxxW (xxx=395-415, in steps of 5, 108 cells) DHM-54X10/FS(BB)-xxxW (xxx=395-415, in steps of 5, 108 cells) DHM-54X10/BF-xxxW (xxx=395-415, in steps of 5, 108 cells) DHM-54X10/BF(BW)-xxxW (xxx=395-415, in steps of 5, 108 cells) DHM-54X10/BF(BB)-xxxW (xxx=395-415, in steps of 5, 108 cells) DHM-54X10/BF/FS-xxxW (xxx=395-415, in steps of 5, 108 cells)
    DHM-54X10/BF/FS(BW)-xxxW (xxx=395-415, in steps of 5, 108 cells) DHM-54X10/BF/FS(BB)-xxxW (xxx=395-415, in steps of 5, 108 cells) HCM72-xxxW (xxx=350-390, in steps of 5, 144 cells) HCM72/FS-xxxW (xxx=350-390, in steps of 5, 144 cells) HCM60-xxxW (xxx=295-325, in steps of 5, 120 cells) HCM60/FS-xxxW (xxx=295-325, in steps of 5, 120 cells) HCM78X9-xxxW (xxx=415-455, in steps of 5, 156 cells) HCM78X9/FS-xxxW (xxx=415-455, in steps of 5, 156 cells) HCM72X9-xxxW (xxx=385-420, in steps of 5, 144 cells) HCM72X9/FS-xxxW (xxx=385-420, in steps of 5, 144 cells) HCM60X9-xxxW (xxx=320-350, in steps of 5, 120 cells) HCM60X9/FS-xxxW (xxx=320-350, in steps of 5, 120 cells) With 1/2 cut of poly c-Si cells: HCP78X9-xxxW (xxx=370-415, in steps of 5, 156 cells) HCP72X9-xxxW (xxx=340-380, in steps of 5, 144 cells) HCP60X9-xxxW (xxx=285-320, in steps of 5, 120 cells)
    With 6" poly c-Si cells: DHP72-xxx (xxx=310-355, in step of 5, 72 cells) DHP60-xxx (xxx=260-295, in step of 5, 60 cells) With 6" mono c-Si cells: DHM72-xxxW (xxx=325-370, in step of 5, 72 cells) DHM72/FS-xxxW (xxx=325-370, in step of 5, 72 cells) DHM60-xxx (xxx=275-310, in step of 5, 60 cells) DHM60/FS-xxxW (xxx=275-310, in step of 5, 60 cells) With 1/2 cut of mono c-Si cells: DHM-78X10-xxxW (xxx=570-590, in steps of 5, 156 cells) DHM-78X10(BW)-xxxW (xxx=570-590, in steps of 5, 156 cells) DHM-78X10(BB)-xxxW (xxx=570-590, in steps of 5, 156 cells) DHM-78X10/FS-xxxW (xxx=570-590, in steps of 5, 156 cells) DHM-78X10/FS(BW)-xxxW (xxx=570-590, in steps of 5, 156 cells) DHM-78X10/FS(BB)-xxxW (xxx=570-590, in steps of 5, 156 cells) DHM-78X10/BF-xxxW (xxx=570-590, in steps of 5, 156 cells) DHM-78X10/BF(BW)-xxxW (xxx=570-590, in steps of 5, 156 cells)
    DHM-78X10/BF(BB)-xxxW (xxx=570-590, in steps of 5, 156 cells) DHM-78X10/BF/FS-xxxW xxxW (xxx=570-590, in steps of 5, 156 cells) DHM-78X10/BF/FS(BW)-xxxW (xxx=570-590, in steps of 5, 156 cells) DHM-78X10/BF/FS(BB)-xxxW (xxx=570-590, in steps of 5, 156 cells)" as named in the certificate was tested by TUV Rheinland (Shanghai) Co., Ltd. and fulfills the defined requirements.

    Certificate for this Product

    Contact to the certificate holder

    Anhui Daheng Energy Technology
    Co.,Ltd.
    No.1 YaoYuan Road, Luyang District,
    Hefei City,
    230041 Anhui
    China (Mainland)