Marking label of DelSolar module type D6M240B3A

age 2 of 19 Report Ref. No. 61.410.11.029.01 Summary of testing: Tests performed (name of test and test clause): Testing location: Clause 6, Initial measurements: - Visual inspection - Maximum power determination - Dielectric withstand test - Wet leakage current test - Ground continuity test Clause 7, Ammonia Resistance test procedure Ammonia corrosion test in accordance with ISO 6988 Clause 8, Cleaning and recovery In accordance with IEC 62716 Clause 9, Final measurements: - Visual inspection - Maximum power determination - Dielectric withstand test - Wet leakage current test - Ground continuity test - Bypass diode functionality test hotovoltaik-institut Berlin AG Wrangelstraße 100 D-10997 Berlin, Germany (erformed initial and final measurements) TechnoLab Am Borsigturm 46, D-13507 Berlin, Germany (Ammonia corrosion test based on IEC 62716: 2011, ISO 6988) Summary of compliance with National Differences: N/A Copy of marking plate: Marking label of DelSolar module type D6M240B3A

age 3 of 19 Report Ref. No. 61.410.11.029.01 Test item particulars... : Accessories and detachable parts included in the evaluation... : Option included... : N/A N/A ossible test case verdicts: - test case does not apply to the test object... : N/A - test object does meet the requirement... : (ass) - test object does not meet the requirement... : F (Fail) Testing... : Date of receipt of test item... : 12/27/2011 Date (s) of performance of tests... : 01/02/2012 03/02/2012 Abbreviations used in the report: STC Standard Test Conditions Imp Maximum power current Isc Short circuit current mp Maximum power Vmp Maximum power voltage Voc Open circuit voltage WL -- Wet leakage current General remarks: The test results presented in this report relate only to the object tested. This report shall not be reproduced, except in full, without the written approval of the Issuing testing laboratory. "(see Enclosure #)" refers to additional information appended to the report. "(see appended table)" refers to a table appended to the report. Throughout this report a comma (point) is used as the decimal separator. Summary of contents provided on the last page of this report. General product information and considerations: Applicant Name Applicant Address Manufacturer Name Manufacturer Address DelSolar Co., Ltd No.2, R&D 2 nd Road, Science-Based Industrial ark, Hsinchu, 30076, Taiwan, R.O.C. DelSolar Co., Ltd No.2, R&D 2 nd Road, Science-Based Industrial ark, Hsinchu, 30076, Taiwan, R.O.C. roduct Electrical Ratings: Model Name STC nominal max. power [W]: STC open-circuit voltage [V]: D6MxxxB3A (where xxx=215-255w in 5W steps) 215 220 225 230 235 240 245 250 255 36.00 36.27 36.54 36.81 37.08 37.35 37.62 37.85 38.30

STC short-circuit current [A]: STC voltage at max. power [V]: STC current at max. power [A]: age 4 of 19 Report Ref. No. 61.410.11.029.01 8.20 8.25 8.31 8.36 8.42 8.47 8.52 8.58 8.63 28.89 29.12 29.36 29.58 29.84 30.16 30.38 30.60 30.82 7.45 7.56 7.67 7.78 7.88 7.96 8.07 8.17 8.28 Model Name D6xxxB3A (where xxx=210-250w in 5W steps) STC nominal max. power [W]: 210 215 220 225 230 235 240 245 250 STC open-circuit voltage [V]: 35.43 35.83 36.23 36.63 37.03 37.43 37.83 38.23 38.63 STC short-circuit current [A]: 8.13 8.17 8.21 8.25 8.30 8.34 8.38 8.43 8.47 STC voltage at max. power [V]: 28.52 28.82 29.13 29.43 29.75 30.03 30.35 30.69 31.20 STC current at max. power [A]: 7.37 7.47 7.56 7.65 7.74 7.84 7.91 7.99 8.02 Model Name D6xxxA3A (where xxx=210-250w in 5W steps) STC nominal max. power [W]: 210 215 220 225 230 235 240 245 250 STC open-circuit voltage [V]: 36.40 36.52 36.76 37.06 37.40 37.48 37.66 37.90 38.14 STC short-circuit current [A]: 8.22 8.28 8.39 8.49 8.59 8.64 8.76 8.88 9.00 STC voltage at max. power [V]: 27.49 27.93 28.21 28.49 28.94 29.23 29.45 29.67 29.87 STC current at max. power [A]: 7.64 7.70 7.80 7.90 7.95 8.04 8.15 8.26 8.37 Name, monogram or symbol of manufacturer Serial number Maximum system voltage: olarity of terminals or leads TB11C009500001 TB11C009500002 TB11C009500003 1000 Vdc + and - polarity is marked on the connectors

age 5 of 19 Report Ref. No. 61.410.11.029.01 Description of module construction: (Manufactories and part numbers, unless otherwise specified) Sample... : Module Front Cover...: Rear Cover...: Encapsulation material...: Frame...: Random sampling from production rototype submitted by client Module Type: D6M240B3A Low iron tempered pattern glass thickness: 3.2 mm Zhejiang Jiafu Glass (ZJG) VTE2W1010/1000, Tedlar/ET/rimer(EVA) Thickness: 335μm, Taiflex S11, thickness: 460μm Bridgestone L973-xxxx SOW SHIN ALUMINUM CO., LTD. Dimensions (l x w x h) [mm]... : 1650 x 990 x 42 Module area [m²]... : 1.634 Minimum distance... : Between cells [mm] Between cell and edge of laminate [mm] Between any current-carrying parts and edge of laminate [mm] 2.5 mm 16 mm 5 mm Cell Cell (include type)... : D6FLxxxx, mono-crystalline, DelSolar Cells (L x W) [mm]...: 156 x 156 Cell thickness [µm]...: 200±30 Cell area [cm²]...: 238.9 Number of cells...: 60 Components and other Cells per bypass diode... : 20 Type of bypass diode... : 15SQ045, HY No. of bypass diodes... : 3 Cell- and string connectors... : Soldering material... : Junction box... : (62~64Sn/36~38b/0~2Ag) /Cu (0.032~0.044) / (0.10~0.30) mm Width: 1.5/2.0mm, Ulbrich N/A YJB-16 Yukita Electric Wire Co., Ltd.

Cable...: Connectors...: Adhesives (frame)...: Adhesives (junction box)...: otting material (junction box)...: Others...: V1-F age 6 of 19 Report Ref. No. 61.410.11.029.01 Female: YS-255/Male: YS-254 Yukita Electric Wire Co., Ltd. 62934, Tesa 804, Dow Corning N/A N/A

age 7 of 19 Report Ref. 61.410.11.029.01 IEC 62716:2011 Clause Requirement + Test Result--Remark Verdict 3 Samples Three identical samples of the model of V module or assembly of interest must be subjected to any of the testing sequences included in figure 1 If a full-size sample is too large to fit into the environmental chambers required for the ammonia exposure test then a smaller representative sample may be specially designed and manufactured for this test. Note: The representative sample should be carefully designed so that it can reveal similar failure mechanisms as the full-size one, and the fabrication of the full-size ones. Module group assignment: See Clause 4 Full size samples were tested Sample # Group ID Model Type Sample S/N 1 Control D6M240B3A TB11C009500001 2 Ammonia Sample D6M240B3A TB11C009500002 3 Ammonia Sample D6M240B3A TB11C009500003 Supplementary: N/A

age 8 of 19 Report Ref. 61.410.11.029.01 4 TEST SEQUENCE FOR AMMONIA CORROSION TESTING UNDER IEC 62716 Note: Deviations from test sequence are possible but must be documented. Figure 1: Ammonia resistance test sequence for crystalline V modules.

age 9 of 19 Report Ref. 61.410.11.029.01 IEC 62716:2011 Clause Requirement + Test Result--Remark Verdict 5 reconditioning All test samples must be preconditioned with either global or direct normal sunlight (natural or simulated) according to the specifications given in IEC 61215. Samples are preconditioned by manufacturer before testing. 6 Initial Measurements MST 01: Visual inspection (in accordance with IEC 61730-2:2004) 10.2: Maximum power determination (in accordance with IEC 61215:2005) MST 16: Dielectric withstand test (in accordance with IEC 61730-2:2004) 10.15: Wet leakage current test (in accordance with IEC 61215:2005) MST 13: Ground continuity test (in accordance with IEC 61730-2:2004) See table 6.1 (c) See table 6.1 (a) See table 6.1 (e) See table 6.1 (b) See table 6.1 (d) 7 Ammonia corrosion test Ammonia corrosion test in accordance with IEC 62716 and section 3 of ISO 6988 During testing the inclination to the vertical of the face of the V module normally exposed to solar irradiance shall be 15 to 30 inside the chambers. See table 7 See table 7 8 Cleaning and recovery After the ammonia test all samples must be washed to remove the adherent ammonia using running tap water (not artificially pressurized) for a maximum time of 5 minutes per square meter of area of the sample. Once the washing is finished distilled or demineralized water must be used to rinse the samples, followed by complete drying at room temperature. Note: The temperature of the water used for washing shall not exceed 35. During cleaning or drying the use of cloths, gauzes or any other woven material must be avoided and no scraping is allowed. 9 Final Measurements

age 10 of 19 Report Ref. 61.410.11.029.01 MST 01: Visual inspection (in accordance with IEC 61730-2:2004) 10.2: Maximum power determination (in accordance with IEC 61215:2005) MST 16: Dielectric withstand test (in accordance with IEC 61730-2:2004) 10.15: Wet leakage current test (in accordance with IEC 61215:2005) MST 13: Ground continuity test (in accordance with IEC 61730-2:2004) See table 9.1 (c) See table 9.1 (a) See table 9.1 (e) See table 9.1 (b) See table 9.1 (d) Bypass diode functionality test See table 9.1 (f) 10 Requirements No evidence of major visual defects as described in IEC 61730-2 including also no mechanical deterioration or corrosion of module components which would significantly impair their function during their intended life. The electrical performance (maximum power) shall not decrease by more than 5% of the initial value. The requirements of Dielectric withstand test shall be met. The requirements of Wet leakage current test shall be met. The requirements of Ground continuity test shall be met. The requirements of Bypass Diode Functionality Test shall be met. According to MST 16 of IEC 61730-2. According to 10.15 of IEC 61215. According to MST 13 of IEC 61730-2. According to 4.1.4 of IEC 62716.

age 11 of 19 Report Ref. 61.410.11.029.01 6.1 (c) TABLE: Visual inspection (Initial) Test Date [MM/DD/YYYY]...: 12/09/2011 Sample No. Nature and position of initial findings comments or attach photos Verdict TB11C009500001 No major visible damages. TB11C009500002 No major visible damages. TB11C009500003 No major visible damages. Supplementary information: N/A 6.1 (a) TABLE: Maximum power determination (Initial) Test Date [MM/DD/YYYY]...: 01/05/2012 Radiant Source.: Solar simulator Natural Sunlight Module temperature [ C]...: 25 Irradiance [W/m 2 ]...: 1000 Sample No. Voc [V] Vmp [V] Isc [A] Imp [A] mp [W] FF [%] TB11C009500001 37.73 30.65 8.546 7.969 244.2 75.74 TB11C009500002 37.74 30.54 8.531 8.010 244.6 75.96 TB11C009500003 37.75 30.54 8.536 8.019 244.9 75.99 Supplementary information: Temperature coeff Voc : -0.334 %/K Temperature coeff Isc : 0.038 %/K Type of solar simulator : Class A type asan SS3b Measurand Relative error Repeatability mp 2.9% 0.33% Voc 1.3% 0.12% Isc 2.2% 0.13% 6.1 (e) MST 16 DIELECTRIC WITHSTAND TEST (Initial) Test Date [MM/DD/YYYY]...: 01/09/2012 Maximum system voltage (Vdc.)... : 1000 Test voltage applied (V d.c.)... : 6000/1000 Minimum allowable insulation resistance (MΩ)... : 24.84 Sample No. osition in test sequence: Dielectric breakdown Insulation resistance (GΩ) TB11C009500001 Initial test... : NO >10 TB11C009500002 Initial test... : NO >10 TB11C009500003 Initial test... : NO >10 Supplementary information:

age 12 of 19 Report Ref. 61.410.11.029.01 Module area: 1.61 m 2 Required Resistance: 40/1.61 = 24.84 MΩ 6.1 (b) TABLE: Wet leakage current test (Initial) Test Date [MM/DD/YYYY]...: 01/09/2012 Test voltage applied [V].: 1000 Module maximum system voltage rating (V, DC)... : 1000 Solution resistivity [Ω cm], < 3,500 Ω cm at 22 ± 3... : < 3,500 Ω cm Sample No. Measured [MΩ] Limit [MΩ] Result TB11C009500001 2940 24.84 TB11C009500002 2990 24.84 TB11C009500003 3160 24.84 Supplementary information: Size of module: 1.61 m 2 Limited resistance: 40/1.61 = 24.84 MΩ 6.1 (d) MST 13 GROUND CONTINUITY TEST (Initial) Test Date [MM/DD/YYYY]...: 01/09/2012 Maximum over-current protection rating (A)... : 15 Current applied (A)... : 15 x 2.5 = 37.5 Location of designated grounding point... : Grounding holes Location of second contacting point... : Mounting holes on other frames Sample No. osition in test sequence: Volatge (mv) Resistance (m) TB11C009500001 Initial test...: 34.3 0.9 TB11C009500002 Initial test...: 30.6 0.8 TB11C009500003 Initial test...: 20.9 0.6 Supplementary information: N/A 7 TABLE: Ammonia corrosion test Temperature of test chamber...: 40 ± 3 C Ammonia concentration...: 6667 ± 50 ppm Relative humidity...: Approx. 100% Cycle sequence (24 h)......: 8 h/ 40 C / NH ³ load / approx. 100% relative humidity (bedewing samples) 16 h/ 23 C / max.75% relative humidity (drying phase) Number of cycles....: 20 Total test duration....: 480 h (20 days)

age 13 of 19 Report Ref. 61.410.11.029.01 Sample No........: Supplementary information: TB11C009500002 TB11C009500003 Test chamber NG4750 for corrosion tests under varying test conditions with control of temperature, humidity, noxious gas dosage and air pressure. Internal dimensions (HxWxD): 2500 x 1330 x 1380 mm 9.1 (c) TABLE: Visual inspection (Final) Test Date [MM/DD/YYYY]...: 02/16/2012 Sample No. Nature and position of initial findings comments or attach photos Verdict TB11C009500002 Corrosion of frame TB11C009500003 Corrosion of frame Supplementary information:

age 14 of 19 Report Ref. 61.410.11.029.01 9.1 (a) TABLE: Maximum power determination (Final) Test Date [MM/DD/YYYY]...: 02/16/2012 Radiant Source.: Solar simulator Natural Sunlight Module temperature [ C]... : 25 Irradiance [W/m 2 ]... : 1000 Sample No. Voc [V] Vmp [V] Isc [A] Imp [A] mp [W] FF [%] TB11C009500002 37.77 30.62 8.573 8.027 245.7 75.88 TB11C009500003 37.75 30.63 8.560 8.027 245.7 76.05 Supplementary information: Temperature coeff Voc : -0.334 %/K Temperature coeff Isc : 0.038 %/K Type of solar simulator : Class A type asan SS3b

age 15 of 19 Report Ref. 61.410.11.029.01 Measurand Relative error Repeatability mp 2.9% 0.33% Voc 1.3% 0.12% Isc 2.2% 0.13% Temperature corrected I-V-Curve of module TB11C009500002. Temperature corrected I-V-Curve of module TB11C009500003. 9.1 (e) MST 16 DIELECTRIC WITHSTAND TEST (Final) Test Date [MM/DD/YYYY]...: 01/08/2012 Maximum system voltage (V d.c.)...: 1000 Test voltage applied (V d.c.)...: 6000/1000 Minimum allowable insulation resistance (MΩ)...: 24.84 Sample No. osition in test sequence: Dielectric breakdown Insulation resistance (GΩ)

age 16 of 19 Report Ref. 61.410.11.029.01 TB11C009500002 Final test... : NO >10 TB11C009500003 Final test... : NO >10 Supplementary information: Size of module: 1.61 m 2 Required Resistance: 40/1.61 = 24.84 MΩ 9.1 (b) TABLE: Wet leakage current test (Final) Test Date [MM/DD/YYYY]...: 02/29/2012 Test voltage applied [V].: 1000 Module maximum system voltage rating (V, DC)... : 1000 Solution resistivity [Ω cm], < 3,500 Ω cm at 22 ± 3... : < 3,500 Ω cm Sample No. Measured [MΩ] Limit [MΩ] Result TB11C009500002 1446 24.84 TB11C009500003 1470 24.84 Supplementary information: Size of module: 1.61 m 2 Limited resistance: 40/1.61 = 24.84 MΩ 9.1 (d) MST 13 GROUND CONTINUITY TEST (Final) Test Date [MM/DD/YYYY]...: 02/17/2012 Maximum over-current protection rating (A)...: 15 Current applied (A)...: 15 x 2.5 = 37.5 Location of designated grounding point...: Grounding holes Location of second contacting point...: Mounting holes on other frames Sample No. osition in test sequence: Volatge (mv) Resistance (m) TB11C009500002 Final test... 23.6 0.6 TB11C009500003 Final test... 20.6 0.5 Supplementary information: N/A 9.1 (f) Bypass Diode Functionality Test Test Date [MM/DD/YYYY]...: 03/02/2012 Sample No...: TB11C009500002 Module temperature [ C]... : 27.7 Number of diodes in junction box... : 3 Diode manufacturer... : HY Electronic Diode type designation... : 15SQ045 Diode 1 Diode 2 Diode 3 Result

age 17 of 19 Report Ref. 61.410.11.029.01 Current flow (1.25 * Isc) [A]... : 10.73 10.73 10.73 Voltage drop [V] : 0.334 0.317 0.332 Remains operational (yes/no): Yes Yes Yes Supplementary information: N/A 9.1 (f) Bypass Diode Functionality Test Test Date [MM/DD/YYYY]...: 03/02/2012 Sample No...: TB11C009500003 Module temperature [ C]... : 27.2 Number of diodes in junction box... : 3 Diode manufacturer... : HY Electronic Diode type designation... : 15SQ045 Diode 1 Diode 2 Diode 3 Result Current flow (1.25 * Isc) [A]... : 10.74 10.74 10.74 Voltage drop [V] : 0.337 0.327 0.335 Remains operational (yes/no): Yes Yes Yes Supplementary information: N/A

age 18 of 19 Report Ref. 61.410.11.029.01 Annex 1: List of measurement equipment Updated [MM/DD/YYYY]: 12/19/2011 Device I.D. Application Calibration Date Multimeter, Agilent 34410A 53 Wet leakage test Dec.12 Dielectrimeter Sefelec DXS50 54 Wet leakage test Feb.12 Conductance measuring stick Voltcraft LWT-01 55 Wet leakage test Jan.12 Dielectrimeter Sefelec DXS56 73 Iso/Dielectric withstand test Aug.12 Infrared thermometer FLUKE 62 Mini 105 Sun simulator STC-Flasher Jul.12 recision multimeter 34410A 163 Iso/ Dielectric withstand test Nov.12 t1000 thermometer GTH 175/T 199 Iso/Wet leakage test Nov.12 ower supply S 3065-10 B 4 Bypass Diode Test Jan.12 ower supply S 3065-10 B 58 Bypass Diode Test Jan.12 Multimeter VC960 9 Laboratory Feb.12 ower supply SM6020 6 Ground continuity test Jan.12 ower supply SM6020 65 Ground continuity test Jan.12

age 19 of 19 Report Ref. 61.410.11.029.01 Annex 2: hotos of module samples Fig1: Front view of the sample Fig2: Back view of the sample Fig3: Detail view of junction box and connectors of the sample ----------------- End of TRF No. IEC62716A ------------------