SUNPRO SPDG N120M12 Series Installation Manual

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SUNPRO PV MODULES INSTALLATION MANUAL

inggang Technological lnd.Zone,317606 Zhejiang,Zhejiang Province

地址：浙江省玉环市清港工业产业集聚集区

Zhejiang Sunpro Power Technology co.,Ltd

浙江尚博能源科技有限公司

Tel：+86 5768073 0906

SUNPRO PV MODULES INSTALLATION MANUAL

Zhejiang Sunpro Power Technology Co.,Ltd

浙江尚博能源科技有限公司

Qinggang Technological lnd.Zone,317606 Yuhuan,ZhejiangProvince,China

地址：浙江省玉环市清港工业产业集聚集区

Tel：+86 5768073 0906

E-mail：

tech@sunpropower.com

尚博太阳能光伏组件安装手册

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Page 1 SUNPRO PV MODULES INSTALLATION MANUAL inggang Technological lnd.Zone,317606 Zhejiang,Zhejiang Province 地址：浙江省玉环市清港工业产业集聚集区 Zhejiang Sunpro Power Technology co.,Ltd 浙江尚博能源科技有限公司 Tel：+86 5768073 0906 尚博太阳能光伏组件安装手册 SUNPRO PV MODULES INSTALLATION MANUAL 尚博太阳能光伏组件安装手册 Zhejiang Sunpro Power Technology Co.,Ltd 浙江尚博能源科技有限公司 Qinggang Technological lnd.Zone,317606 Yuhuan,ZhejiangProvince,China 地址：浙江省玉环市清港工业产业集聚集区 Tel：+86 5768073 0906 E-mail：...
Page 2: Table Of Contents
BIFACIAL DOUBLE GLASS INSTALLATION MANUAL 双面双玻组件安装手册 1、INTRODUCTION FOR USER MANUAL 用户手册介绍 .................. - 1 - 1.1、DISCLAIMER 免责申明 ............................- 1 - 1.2、LIMITATION OF LIABILITY 责任范围 ........................- 1 - 2、SAFETY PRECAUTIONS 安全措施 ........................ - 2 - 2.1、WARNING 警告 ..............................- 2 - 2.2、GENERAL SAFETY 通用安全...
Page 3: 1、Introduction For User Manual 用户手册介绍
关的建议并不构成任何保证条款，无论明示的或隐含的。 1.2、LIMITATION OF LIABILITY 责任范围 Zhejiang Sunpro is not responsible for any form of damage, including but not limited to module operation and system installation error, and personnel injury, hurt, and property loss resulting from failure to follow the instructions in this Manual.
Page 4: 2、Safety Precautions 安全措施
（1）All installation work must comply with the local codes and the relevant international electrical standards. 所有的安装工作必须完全遵守当地法规和相应的国际电气标准。（2） Zhejiang Sunpro recommends that PV module installation is conducted by personnel who have been professionally trained in PV system installation. Operation by personnel who are not familiar with the relevant safety procedures will be very dangerous.
Page 5: Handling Safety 操作安全
如果在表面玻璃损坏或背板磨损的情况下接触组件的表面或边框可能会引起触电。（ 11 ） Do not attempt to repair, disassemble or move any part of the PV module. The module does not contain any reusable parts. 不要试图修复、拆解或移动组件中的任何部分，组件内没有用户可二次利用的元件。（12）Do not connect or disconnect the module when it is energized or connected with an external power supply.
Page 6: 3、Unload/Transprotation/Storage 卸货、运输和存储
应将组件储存在干燥且通风的环境中，同时需要采取措施避免连接器暴露在潮湿或者阳光下，比如使用连接器端帽。（2）The modules should be stored in the original Zhejiang Sunpro package before installation. Protect the package fromdamage. Unpack the modules as per the recommended unpacking procedures. The whole process of unpacking, transport and storing should be handled with care.
Page 7: Makers On Outer Packaging 包装标示说明
（14）Each individual module has a unique serial number laminated behind the glass and another permanently attached to the back-sheet of the module,The last one is on the aluminum frame on the side of the module. Note all serial numbers in an installation for your future records. 每个单独的组件在玻璃后面都有一个唯一的序列号，另一个永久连接到组件的背板上,最后一个在组件侧面铝框上。...
Page 8: Unloading Warnning 卸货注意事项
3.2、UNLOADING WARNNING 卸货注意事项 3.2.1 Use a suitable lifting fixture to handle, no more 3.2.2 Use a forklift to remove the module pallets from than 2 pallets of modules. Before lifting, check whether the truck. the tray and the carton are damaged and whether the 请使用叉车将组件从货车上卸下来。...
Page 9: Secondary Transport And Warning 二次运输及注意事项
3.3、SECONDARY TRANSPORT AND WARNING 二次运输及注意事项 3.3.1 Do not remove the original packages if the 3.3.2 Packaged products can be transported by land, modules require long-distance transport or long-term sea or air. During transportation, make sure that the storage. package is fixed securely to the shipping platform without movement.
Page 10: Markings On Module 模块上的标识
⑷、The module must be installed as soon as possible in the project site and must not be exposed to rain or damp. Zhejiang Sunpro shall not be responsible for any damage or collapse of the modules caused by moisture in the packaging.
Page 11: Electrical Rating 额定功率
3.6.ELECTRICAL RATING 额定功率 Maximum Protectio Test Voc at Vmmp Immp Isc at Isc at Pmmp at System n Class Model condictio/Si STC, at STC, at STC, STC, BSI, STC, Voltage, (V dc) (V dc) (A DC) (A dc) (A dc) (Watts) (V dc) SPDGxxx-N132M12...
Page 12 φ =[Isc(back)]/[Isc(front)]= 0.80 φ =[Voc(back)]/[Voc(front)]= 0.95 φ =[Pmmp(back)]/[Pmmp(front)]= 0.80 Pmmp Maximum Protectio Test Voc at Vmmp Immp Isc at Isc at Pmmp at System n Class Model condictio/Si STC, at STC, at STC, STC, BSI, STC, Voltage, (V dc) (V dc) (A DC) (A dc) (A dc)
Page 13 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 30A Isc@BSI= Isc*（1+30%*φ ） Bifaciality Coefficient: φ =[Isc(back)]/[Isc(front)]= 0.80 φ =[Voc(back)]/[Voc(front)]= 0.95 φ...
Page 14 STC/Front 40.24 33.6 1500 15.03 15.88 19.69 Class II SPDG505- N108R12 Class II BNPI/Front 40.26 33.62 1500 16.82 17.78 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 30A Isc@BSI= Isc*（1+30%*φ...
Page 15 N144RX10 BNPI/Front 52.87 44.28 1500 16.19 17.11 Class II Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 30A Isc@BSI= Isc*（1+30%*φ ）...
Page 16 STC/Front 51.94 44.14 1500 13.82 14.71 18.24 Class II SPDG610- N144RL10 Class II BNPI/Front 51.96 44.16 1500 15.47 16.47 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 30A Isc@BSI= Isc*（1+30%*φ...
Page 17 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 30A Isc@BSI= Isc*（1+30%*φ ） Bifaciality Coefficient: φ =[Isc(back)]/[Isc(front)]= 0.80 φ =[Voc(back)]/[Voc(front)]= 0.95 φ...
Page 18 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 30A Isc@BSI= Isc*（1+30%*φ ） Bifaciality Coefficient: φ =[Isc(back)]/[Isc(front)]= 0.80 φ =[Voc(back)]/[Voc(front)]= 0.95 φ...
Page 19 φ =[Voc(back)]/[Voc(front)]= 0.95 φ =[Pmmp(back)]/[Pmmp(front)]= 0.80 Pmmp Maximum Protectio Test Voc at Vmmp Immp Isc at Isc at Pmmp at System n Class Model condictio/Si STC, at STC, at STC, STC, BSI, STC, Voltage, (V dc) (V dc) (A DC) (A dc) (A dc) (Watts)
Page 20 Maximum Protectio Test Voc at Vmmp Immp Isc at Isc at Pmmp at System n Class Model condictio/Si STC, at STC, at STC, STC, BSI, STC, Voltage, (V dc) (V dc) (A DC) (A dc) (A dc) (Watts) (V dc) SPDGxxx-N156M10 Class II STC/Front...
Page 21 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 30A Isc@BSI= Isc*（1+30%*φ ） Bifaciality Coefficient: φ =[Isc(back)]/[Isc(front)]= 0.80 φ =[Voc(back)]/[Voc(front)]= 0.95 φ...
Page 22 STC/Front 42.10 34.76 1500 13.09 13.83 17.15 Class II SPDG455- N120M10 Class II BNPI/Front 42.12 34.78 1500 14.65 15.48 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 30A Isc@BSI= Isc*（1+30%*φ...
Page 23 132M12 BNPI/Front 46.15 38.24 1500 19.62 20.82 Class II Class II STC/Front 46.34 38.44 1500 17.56 18.64 22.55 SPDG675- 132M12 BNPI/Front 46.36 38.46 1500 19.66 20.87 Class II Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp.
Page 24 110M12 BNPI/Front 37.31 31.01 1500 19.32 20.56 Class II Class II STC/Front 37.09 30.80 1500 17.22 18.32 22.17 SPDG530- 110M12 Class II BNPI/Front 37.11 30.82 1500 19.26 20.51 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp.
Page 25 120M10 Class II BNPI/Front 41.92 35.33 1500 14.58 15.45 16.64 Class II STC/Front 41.70 35.06 1500 12.98 13.75 SPDG455- 120M10 Class II BNPI/Front 41.72 35.08 1500 14.53 15.39 STC/Front 41.50 34.81 1500 12.93 13.70 16.58 Class II SPDG450- 120M10 Class II BNPI/Front 41.52 34.83...
Page 26 132M10 Class II BNPI/Front 45.29 38.13 1500 14.39 15.40 Class II STC/Front 45.42 38.26 1500 12.94 13.83 16.73 SPDG495- 132M10 Class II BNPI/Front 45.44 38.28 1500 14.48 15.48 STC/Front 45.57 38.41 1500 13.02 13.90 16.82 Class II SPDG500- 132M10 Class II BNPI/Front 45.59 38.43...
Page 27 Immp Vmmp Maximum Isc at Pmmp Test System STC, Model STC, STC, BSI, at STC, Protection Class condition/Side STC, Voltage, (V (Watts) (V dc) SPDGxxx-120M Class II STC/Front 40.80 33.50 1500 10.15 10.72 12.97 SPDG340- 120M Class II BNPI/Front 40.82 33.52 1500 11.36...
Page 28 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 35A Isc@BSI= Isc*（1+30%*φ ） Bifaciality Coefficient: φ =[Isc(back)]/[Isc(front)]= 0.80 φ =[Voc(back)]/[Voc(front)]= 0.95 φ...
Page 29 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 35A Isc@BSI= Isc*（1+30%*φ ） Bifaciality Coefficient: φ =[Isc(back)]/[Isc(front)]= 0.80 φ =[Voc(back)]/[Voc(front)]= 0.95 φ...
Page 30 STC/Front 44.33 37.05 1500 14.98 15.87 19.68 Class II SPDG555A -N120R12 Class II BNPI/Front 44.35 37.07 1500 16.77 17.77 Class II STC/Front 44.56 37.29 1500 15.02 15.91 19.73 SPDG560A -N120R12 BNPI/Front 44.58 37.31 1500 16.81 17.81 Class II Class II STC/Front 44.79 37.52...
Page 31 -N96R12 Class II BNPI/Front 35.56 29.71 1500 16.78 17.75 Class II STC/Front 35.80 29.93 1500 15.04 15.90 19.72 SPDG450A -N96R12 Class II BNPI/Front 35.82 29.95 1500 16.83 17.80 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp.
Page 32 STC/Front 47.74 40.23 1500 14.42 15.33 19.01 Class II SPDG580A -N132RX10 Class II BNPI/Front 47.76 40.25 1500 16.14 17.16 Class II STC/Front 47.86 40.41 1500 14.48 15.40 19.10 SPDG585A -N132RX10 BNPI/Front 47.88 40.43 1500 16.21 17.24 Class II Class II STC/Front 47.98 40.58...
Page 33 -N132RL10 Class II BNPI/Front 47.55 40.39 1500 15.39 16.38 Class II STC/Front 47.73 40.58 1500 13.80 14.69 18.22 SPDG560A -N132RL10 Class II BNPI/Front 47.75 40.60 1500 15.45 16.45 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp.
Page 34 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 30A Isc@BSI= Isc*（1+30%*φ ） Bifaciality Coefficient: φ =[Isc(back)]/[Isc(front)]= 0.80 φ =[Voc(back)]/[Voc(front)]= 0.95 φ...
Page 35 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 30A Isc@BSI= Isc*（1+30%*φ ） Bifaciality Coefficient: φ =[Isc(back)]/[Isc(front)]= 0.80 φ =[Voc(back)]/[Voc(front)]= 0.95 φ...
Page 36 φ =[Voc(back)]/[Voc(front)]= 0.95 φ =[Pmmp(back)]/[Pmmp(front)]= 0.80 Pmmp Maximum Protectio Test Voc at Vmmp Immp Isc at Isc at Pmmp at System n Class Model condictio/Si STC, at STC, at STC, STC, BSI, STC, Voltage, (V dc) (V dc) (A DC) (A dc) (A dc) (Watts)
Page 37 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp. Max.series overcurrent protective device rating: 30A Isc@BSI= Isc*（1+30%*φ ） Bifaciality Coefficient: φ =[Isc(back)]/[Isc(front)]= 0.80 φ =[Voc(back)]/[Voc(front)]= 0.95 φ...
Page 38 -N132M10 BNPI/Front 46.73 38.57 1500 14.95 15.76 Class II 17.37 Class II STC/Front 46.53 38.45 1500 13.29 14.01 SPDG510A -N132M10 Class II BNPI/Front 46.55 38.47 1500 14.85 15.68 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp.
Page 39 -N108M10 BNPI/Front 38.06 31.39 1500 14.81 15.63 Class II Class II STC/Front 37.94 31.25 1500 13.12 13.85 17.17 SPDG410A -N108M10 Class II BNPI/Front 37.96 31.27 1500 14.69 15.50 Manufacturer’s stated tolerance for model series,±3% for Isc, Voc, Pmax and BSI; ±0.05 for bifaciality coefficient φIsc, φVoc, ±0.1 for bifaciality coefficient φPmmp.
Page 40 STC/Front 41.10 34.00 1500 17.35 18.42 22.29 Class II SPDG590A- 120M12 Class II BNPI/Front 41.12 34.02 1500 19.42 20.62 Class II STC/Front 40.90 33.80 1500 17.31 18.37 22.23 SPDG585A- 120M12 BNPI/Front 40.92 33.82 1500 19.37 20.56 Class II Class II STC/Front 40.70 33.60...
Page 41 STC/Front 49.74 41.83 1500 13.03 13.92 16.84 Class II SPDG545A- 144M10 Class II BNPI/Front 49.76 41.85 1500 14.59 15.58 STC/Front 49.58 41.69 1500 12.96 13.84 16.75 Class II SPDG540A- 144M10 Class II BNPI/Front 49.60 41.71 1500 14.50 15.49 Class II STC/Front 49.42 41.54...
Page 42 STC/Front 37.53 31.47 1500 13.19 13.97 16.90 Class II SPDG415A- 108M10 Class II BNPI/Front 37.55 31.49 1500 14.76 15.64 16.82 Class II STC/Front 37.33 31.25 1500 13.12 13.90 SPDG410A- 108M10 BNPI/Front 37.35 31.27 1500 14.69 15.56 Class II 16.73 Class II STC/Front 37.13 31.04...
Page 43: 4、Unpacking Safety 拆包安全
4、UNPACKING SAFETY 拆包安全（1）At time of receipt, verify that the product delivered is in fact the product ordered the product name, subname, and serial number of each laminate are clearly marked on the outside of each packing box. 收货时，确认发货的产品确实是订购的产品，并在每个包装盒的外面清楚地标明每个托盘的产品名称、子名称和序列号。 Product name Pallet Number Serial number...
Page 44: 5、Installation 安装
（1）Zhejiang Sunpro Modules can be mounted on long or short sides, adopt the way of landscape long side installation ， can minimize the effect of dust on the shading of the solar cells ， Zhejiang Sunpro is not recommended to use short side installation.
Page 45 我们建议你为你的太阳系统投保以防止自然灾害(例如雷击)。（21）Sunpro power modules are certified to be installed and operated in safety level II at voltages lower than 1500Vdc.This maximum voltage should not be exceeded at any time and, as the voltage of the module increases, above data sheet values, at operating temperatures below 25 ° C, then these need to be taken into account when designing a PV system.
Page 46: Environment Conditions And Site Selection 环境条件与安装地址选择
If you are planning to use the PV modules where the water damage (Humidity: ＞85RH%) may be possible, please consult with Zhejiang Sunpro technical support firstly to determine an appropriate installation method, or to determine whether the installation is possible.
Page 47 The maximum altitude allowed for PV Module installation is 2000m. 当组件安装在高空时，操作者需要考虑高空对组件运行的影响。光伏组件允许安装的最大海拔为2000米。 For most places, Zhejiang Sunpro PV modules should be installed where the sunlight can be maximallyacquired throughout the year.In the Northern Hemisphere, the PV modules should typically face south, and in the SouthernHemisphere, the PV modules should typically face north.
Page 48: Tilt Angle Of Installation 光伏组件安装倾角
America) and must be installed over a roof which has appropriate fire resistance. 该组件具有C级防火等级(加拿大)或模块防火性能类型29(美利坚合众国)，必须安装在具有适当防火性能的屋顶上。 Sunpro Power Modules can be mounted in landscape and portrait orientation however the impact of dirt shading the solar cells can be minimized by orienting the product in portrait. Sunpro Power 组件可以横向和纵向安装，但是通过纵向放置产品可以最大限度地减少灰尘遮蔽太阳能电池的...
Page 49 Dust building up on the surface of the modules can impair module performance. Zhejiang Sunpro recommends installing the modules with a tilt angle of at least 10°, making it easier for dust to be washed off by rain.Any faults caused by and/or attributable to tilt angle less than 10 degrees are not covered by manufacturer's warranty.
Page 50: Installation Requirementsforbifacial Cells Module双面电池组件安装要求
5.4、INSTALLATION REQUIREMENTSFORBIFACIAL CELLS MODULE双面电池组件安装要求 Under the certain installation conditions, the backside of bifacial cells module will also generateelectricity power after receiving the reflected light, which will bring additional power generation gain tothe power station system. 双面电池组件在一定的安装条件下，背面接受到反射光后也会发电，会给电站系统带来额外的发电增益。 The shading on the module surface will affect the power generation much, the module should beinstalled in the place where the module cannot be shadowed totally (such as the shadow frombuilding, chimney and tree etc.), and even the partially shading (such as the dirt, snow and aerial wireetc.) should be avoided.
Page 51: Installation Method安装方法
If a different installation method is desired, please contact Zhejiang Sunpro Solar customer service or technical support team for consultation. Improperly mounted modules maybe damaged. If alternative mounting method is used that has not been approved by Zhejiang Sunpro , the modules will not continue to carry a valid warranty.
Page 52 Mounting with Clamps applied for framed Double-glass and Bifacial double-glass 适用于有框双玻及有框双面双玻的夹具安装方式 Zhejiang Sunpro has tested its modules with a number of clamps from different manufacturers, with a mounting bolt of at least M8. The length of clamp ≥60mm, thickness ≥3mm. If the customer needs a different size of clamps, it should be fully evaluated and approved by Zhejiang Sunpro.
Page 53 1. The crossbeam is perpendicular to the long side. Back side: 1600Pa 横梁与长边垂直 This installation may cause the cell covered, so Zhejiang Sunpro doesnot recommend this installation for Framed Bifacial double-glass. 此安装方式会导致电池被遮住，所以不建议有框双面双玻组件使用。 2. The above described distance is from the module edge to the middle of the clamp.Clamps length ≥60mm.
Page 54 Zhejiang Sunpro Solar warranty. 注意：可以使用其他安装配置，但不遵守上述建议将会导致组件载荷能力低于经验值，产品因过载失败不会享受浙江尚博质保。 5.5.2 ELECTRICAL INSTALLATION 电气安装（1）、Cable layout 布线方式...
Page 55 4mm² which are rated for 1500V dc, 90°C and are UV resistant. All other cables used to connect the DC system should have a similar (or better) specification. Sunpro Power recommend that all cables are run in appropriate conduits and sited away from areas prone to water collection.
Page 56 the following formula. 串联组件的最大数目取决于系统设计、所用变频器的类型和环境条件。通常情况下，最大的串联太阳能光伏组件数量（N）可以通过系统最大电压除以相关太阳能光伏组件开路电压的方式计算而获得，但是在设计太阳能光伏系统时，一定要考虑到太阳能光伏组件的电压随着温度变化而变化的特性。考虑到冬季里极端环境下温度下降造成的电压升高，太阳能光伏组件最大串联数量可以使用以下公式计算： Table 5-4 maximum series connection number calculation Table 5-4 串联最大数量计算 Formula Maximum system voltage V ≥ N*V *[1+β*(T -25)] 最大系统电压V ≥ N*V 公式 *[1+β*(T -25)] Maximum system voltage 最大系统电压 The number of maximum solar PV modules in series 能串联在一起的组件的最大数量...
Page 57 的损害。 Each Zhejiang Sunpro PV module has two PV cables which can withstand 85 ℃ temperature and they aresunlight resistant(UV). The cross-sectional area of the cable is 4mm² or 12AWG, and the externaldiameter is 5mm～7mm. The minimum bending radius of the cables must be 43mm. Any cable damage caused by bending too much or cable management system is not covered under Zhejiang Sunpro’s warranty.
Page 58 The number of modules in series and in parallel shall be designed reasonably according to the system configuration. 组件串联并联数量，需根据系统配置合理设计。 To clear or trim excess cables and Zhejiang Sunpro recommends that all cables be placed in proper pipework - 56 -...
Page 59 Zhejiang SunproSolar recommends using lightning protection devices which are complied with local laws andelectrical regulations. 浙江尚博建议使用符合当地法律法规要求和电工规定的防雷保护装置。 All the above instructions must be followed to meet Zhejiang Sunpro warranty conditions. 须遵守上述所有说明以满足浙江尚博保修条件。（3）、Bypass secondary 旁路二极管 If PV module part by shadow block, which can lead to reverse voltage related to Solarcells, PV modules in other unaffected battery string or other PV modules in thesystem and current will force through keep out part of the power loss and heat affected cell.
Page 60 Max junction temperature 200°C Bypass Diode Model as below:GFT4050SM 旁路二极管型号如下：GFT4050SM Connector Type：PV-H4，factory：Ningbo huayu Photovoltaic Technology Co.,Ltd 连接器型号：PV-H4,工厂：宁波华煜光伏科技有限公司 Manufacturer 制造商 Type 型号 GFT4050SM for PV-HY01 (20A) Max. peak reverse voltage 50V, Suzhou Goodark Electronics Co.,Ltd Forward Rectified current 40A. Max junction temperature 200°C Bypass Diode Model as below: 30SQ045S/50SQ045/GF3545/GF4545/GF5045/GF5545/GF5545E/GF6545/ MK3045/MK4045/MK5045/XND38(V30S) 旁路二极管型号如下：30SQ045S/50SQ045/GF3545/GF4545/GF5045/GF5545/GF5545E/GF6545/MK3045/...
Page 61 Forward Rectified current 55A. Max junction temperature 200°C GF6545 for PV-GZX306 (35A) Max. peak reverse voltage 45V, Forward Rectified current 55A. Max junction temperature 200°C GF3545 for PV-GZX307 (20A) Max. peak reverse voltage 45V, Forward Rectified current 35A. Max junction temperature 200°C GF5045/ GF5045E for PV-GZX306(25A) Max.
Page 62 Connector for junction box 接线盒用连接器 Junction box 接线盒 temperature rating Manufacturer制造商 Type型号 Manufacturer制造商 Type型号额定温度 PV-JB08-A PV-TT02, PV02 TaiZhou ChuangDa TaiZhou ChuangDa 1500VDC,43A, -40 to 85°C OSTA-03A Electronic Co.,Ltd Electronic Co.,Ltd IP68 OSTA-03 OSTA-03B PV-H4 Ningbo huayu Ningbo huayu Photovoltaic Technology Photovoltaic Technology PV-HY01 1500VDC,35A,...
Page 63 The manufacturer's requirements should be followed. 不管采用哪一种接地方式，所有光伏组件铝合金边框的接地电接触点都需要穿透铝边框的阳极氧化涂层。在使用专用接地装置等其他第三方的接地装置接地时，需要确保这些接地装置是可靠的，并且通过专业认证的产品，在安装时需要遵守接地装置生产商的使用规定。 Sunpro Power recommends using the following grounding ways： Sunpro Power建议采用以下接地方式: a） Using Schleter for grounding. Connecting modules to the support structure according to the picture below. (Grounding accessories need pass the UL467 standard test.) a）使用施莱特接地。...
Page 64 Recommended torque is 20.5Nm 建议扭矩为20.5Nm For more information, please contact the supplier Schletter（http：//www.solar.schletter.de）更多信息请联系供应商Schletter（http：//www.solar.schletter.de） b)The traditional way of grounding（Grounding accessories need pass the UL467 standard test and UL E34440/E6207 test.）传统接地方式（接地配件需通过UL467标准测试和UL E34440/E6207测试。） For fully grounding, grounding hardware should penetrate the anodic oxidation layer of frame. 为充分接地，接地硬件应穿透框架的阳极氧化层。...
Page 65: 6、Module Maintenance 组件维护
6、MODULE MAINTENANCE 组件维护 In order to ensure the long-term using of the installed PV system and maximize the Power outputperformance of the modules, the installed PV modules need to be inspected and maintained regularly. Theinspection and maintenance of modules in the PV array shall be carried out by personnel who havereceived professional PV system maintenance training and obtained relevant qualifications andauthorization.
Page 66: Connector And Cable Inspection 连接器和线缆检查
a) 额定平均正向电流［IF(AV)］在模块最高工作温度下高于最大系统电流。 b) Rated Repetitive Peak Reverse Voltage ［VRRM］ above the maximum system voltage ［Vmax］ at the lowest module operating temperature（UL：Vmax=1500V；） b) 模块最低工作温度下额定重复峰值反向电压［VRRM］高于最大系统电压［Vmax］（UL：Vmax=1500V；） When the irradiance is no less than 200W/m², if the terminal voltage is more than 5% different thanthe rated value, it illustrates the connection of the modules is not good.
Page 67 modules directly into the water, do not use corrosive solvents and do not wipe the PV moduleswith hard objects. When the pressure water is used, the water pressure on the glass surface of themodule must not exceed 700 KPa. The module must not be subjected to additional external force. If there is greasy dirt and other substances on the surface of the PV module which are difficult to clean, conventional household glass cleaning agents can be used;...
Page 68 组件的元部件，如果需要进行电性能或机械性能的检查和维护，需要让具有资质的，并且受过专业培训的专业人员进行操作，以免发生触电或人员伤亡。 a)Contact your installer a)联系安装人员 b) Contact Sunpro Power after sales service team at:www.sunpropower.com b)联系Sunpro Power售后服务团队:www.sunpropower.com WARNING: For any electrical maintenance, the PV system must first be shut down. Improper maintenance can cause lethal electric shock and/or burns. 警告:对于任何电气维护，光伏系统必须首先关闭。维护不当会引起致命的触电和/或烧伤。...
Page 69 Contact information: 联系方式 Zhejiang Sunpro Power Technology co.,Ltd Tel: +86-576-80730906 Qinggang Technological lnd.Zone,317606 Fax: +86-576-80730906 Zhejiang,Zhejiang Province E-mail: info@sunpropower.com Web Site: www.sunpropower.com - 67 -...

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