Related Manuals for Energizer ENSP48NDG3 BF Series
Summary of Contents for Energizer ENSP48NDG3 BF Series
- Page 1 Installation Manual for Bifacial PV Module N-TYPE DUAL GLASS Version 1.0 ，Released in April 2023.
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Page 2: Table Of Contents
Table of Contents Introduction ............................3 Purpose ........................... 3 Scope of liability ........................3 Regulations ............................3 Safety Precautions ..........................3 General safety measures ......................4 Operational safety measures ....................5 Handling, unloading, and unpacking ....................6 Transport and unloading ......................6 Unpacking .......................... -
Page 3: Introduction
We appreciate your trust and confidence towards the maintenance of PV modules and systems. photovoltaic (PV) module products manufactured by Energizer Solar. Energizer Solar reserves the right to update this manual without prior notice. case of any Please read all instructions and the electrical and... -
Page 4: General Safety Measures
Read and understand all safety is forbidden to repair modules instructions before installing, wiring, unauthorized personnel, including but not limited handling, and/or maintaining PV to replacing any part of PV modules (such as diodes, junction boxes, connectors, etc.). modules. modules generate direct current electricity when they are exposed It is forbidden to plug in connectors of different to sunlight or other light sources. -
Page 5: Operational Safety Measures
shaded module may rise due to hot spot effect, When installing or repairing the PV system, do not wear any metal accessories to avoid the risk of burning the module and causing fire hazard in severe cases. electric shock; if it is installed far above the ground, please wear a seat belt. -
Page 6: Handling, Unloading, And Unpacking
During the transportation of the PV modules to the long-term reliability. project site, they must be packed in the packaging box provided by Energizer Solar, and they should be If the PV module glass or other packaging stored original... - Page 7 Matters needing attention for unloading with crane: Matters needing attention for forklift unloading: Use specialized equipment for crane operation. Unload from both sides of the truck. Select suitable hoisting equipment with enough Select a suitable tonnage forklift according to the strength according to the weight and the size of module weight, the fork distance should be the load.
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Page 8: Unpacking
forklift. 2. The forklift should be driven at a controlled speed of ≤ 5 km/h in straight, and ≤ 3 km/h for turning, to avoid sudden stop and rapid start 3. When using the hydraulic vehicle to transport Backrest: height≥ 1.7m, width ≥ 1.5m the modules, the distance between the upper surface of the fork and the ground should be less than or equal to 75mm. -
Page 9: Stacking Of Modules
supporter with a safety rope. When the modules need to be temporarily stored after unpacking, they should be neatly and stably stacked on two pallets of appropriate size, the number of stacked modules should not exceed 14. 1. Prepare the following tools before unpacking: art knife (scissors), safety hat, stand supporter, safety Vertical portrait package unpacking steps shoes and anti-cutting gloves. -
Page 10: Mechanical Installation
Installation Conditions the PV module. Recommended ambient temperature: -20° C to Energizer Solar PV modules adopt high and low 5 0 ° C ; current bins, and the handlers need to place them separately and mark them according to the markings... - Page 11 (C3+areas specified in ISO 9223), marine and floating environments and farms, the purchaser or user needs to inform Energizer Solar in advance. The types of PV modules, BOM, and warranty issues will be decided by mutual agreement between the parties.
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Page 12: Tilt Angle Selection
1 0mm when mounted. experienced installer. Energizer Solar recommends an installation tilt angle of no less than 10° , so that For detailed installation methods, please refer to the when it rains, the dust on surface is easily carried... -
Page 13: Clamped Mounting
The length of the rack must be longer than the PV module, otherwise it When double-sided PV modules are installed, each should be confirmed by Energizer PV module must be fixed with at least 4 presses, as Solar in advance. - Page 14 M8 nut. The mounting steps are as follows: ① Place the module on the two supporting rails (not provided by Energizer Solar) which should be made with stainless material and treated with an Fig.6 Schematic diagram of the mid clamp anti-corrosion process (e.g.,...
- Page 15 Fig.9 Mounting requirements for rails overlapping the short-side frame...
- Page 16 Table 2 Bolt installation diagram and corresponding mechanical load value Module size Module type Installation diagram Load value L*W*H (mm) +5400Pa -2400Pa ENSP54NBI2 xxxSI Long side frame with 4 bolts mounting (990mm holes), ENSP5 4 NBI2 xxxBF guide rails vertical long side frame ENSP5 4 NDG2 xxxSI 1722*1134*30 ENSP5 4 NDG2 xxxBF...
- Page 17 Table 2 Bolt installation diagram and corresponding mechanical load value Module size Module type Installation diagram Load value L*W*H (mm) ENSP5 4 NBI2 xxxSI ENSP5 4 NBI2 xxxBF ENSP5 4 NDG2 xxxSI +5400Pa ENSP5 4 NDG2 xxxBF 1722*1134*30 -2400Pa ENSP5 4 NBT2 xxxSI ENSP5 4 NBT2 xxxBF Long side frame with 4 bolts mounting, guide rails vertical long side frame...
- Page 18 Table 2 (Renewal) Module size Module type Installation diagram Load value L*W*H (mm) 2094*1038*30 2256*1133*35 ENSP7 2 NBI2 xxxSI +5400Pa 2278*1134*35 ENSP7 2 NDG2 xxxSI -2400Pa 2256*1133*30 ENSP7 2 NBT2 xxxSI 2278*1134*30 Long side frame with 4 bolts mounting, guide rails vertical long side frame ENSP7 2 NBI2 xxxSI 2094*1038*30...
- Page 19 Table 2 (Renewal) Module size Module type Installation diagram Load value L*W*H (mm) +2400Pa 2094*1038*30 -2400Pa ENSP7 2 NBI2 xxxSI ENSP7 2 NDG2 xxxSI 2256*1133*35 ENSP7 2 NBT2 xxxSI 2278*1134*35 +1800Pa 2256*1133*30 -1800Pa 2278*1134*30 +1800Pa ENSP6 6 NBI3 xxxSI 2384*1303*35 -1800Pa 400mm mounting hole bolt mount for single axis tracking bracket...
- Page 20 Table 3 Range of clamp mounting and corresponding mechanical load value.
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Page 21: Electrical Installation
Electrical Installation Table 3 Correction factor of Voc at low temperature 6 . 1 Electrical characteristics Lowest Estimated Ambient Correction factor Module electrical ratings are measured under Temperature(℃) Standard Test Conditions (STC: 1000W/m 24 ~ 20 1.02 irradiance, AM1.5 spectrum and a cell temperature of 25°... -
Page 22: Electrical Connection
Alternatively, a more accurate correction factor for the a series of PV modules, the following formula can be Voc can be calculated using the following formula: used: ） =1-α x（25-T N = 1500V / (V * (1+(T -25℃) * x%) . -
Page 23: Grounding
PV PV modules with different electrical performance module. When a diode failure is suspected or models cannot be connected in one string. found, please contact Energizer Solar and do not The system shall use special cables and attempt to open the junction box cover. -
Page 24: Maintenance
corrosion-resistant aluminum alloy frame as a rigid Add the spring washer and nut on the other side of the bolt and tighten to secure all parts. The support. To ensure safety and to avoid lightning tightening torque should be 4~4.5N•m. strikes and electrostatic damage to the PV modules, the PV module frame must be earthed. -
Page 25: Pv Module Cleaning
Support Number: +61 1300 757 827 © 2025 Energizer. Energizer and certain graphic designs are trademarks of Energizer Brands, LLC and related subsidiaries and are used under license by 8 Star Energy Pty Ltd. All other brand names are trademarks of theirrespective owners. Neither 8 Star... - Page 26 Annex1：The electric data Module family A: N-type mono c-Si Bifi Half-cell type Type Name or Model ENSP60NDG2xxx (mono 120 cells) Maximum System 1500 Voltage [VDC] Nominal maximum output power at STC 460,465,470,475,480,485,490,495,500,505 Nominal short-circuit 13.45,13.57,13.68,13.80,13.91, current at STC [A] 14.02,14.12,14.22,14.31,14.41 Nominal open-circuit 42.86,43.01,43.16,43.31,43.46, voltage at STC [V]...
- Page 27 Serial/parallel connection of cells Max. operational 2000 altitude [masl] Design load – 3600 downwards [Pa] Design load – 1600 upwards [Pa] Type Name or Model ENSP54NDG2xxx (mono 108 cells) Maximum System 1500 Voltage [VDC] Nominal maximum output power at STC 415,420,425,430,435,440,445,450,455 Nominal short-circuit 13.47,13.59,13.72,13.85,13.97,...
- Page 28 Number of solar cells : Cells per bypass diode Serial/parallel connection of cells Max. operational 2000 altitude [masl] Design load – 3600 downwards [Pa] Design load – 1600 upwards [Pa] Type Name or Model ENSP54NDG3xxxBF (mono 108 cells) Maximum System 1500 Voltage [VDC] Nominal maximum...
- Page 29 Over-current protection rating[A]: Classification (IEC Class II 61730) Fire rating: Class A or C Pollution degree Dimensions (l x w x h) 1800 x 1134 x 35/30 1961x1134x30 [mm] Module area [m² ] 2.04 2.22 Min- creepage 10.4 distance [mm] Number of solar cells : Cells per bypass diode...
- Page 30 Nominal short-circuit 19.39,19.47,19.55,19.63 19.17,19.26,19.34,19.43 current at aBSI(BSI) 19.42, 19.53, 19.65, 19.76 19.16, 19.28, 19.41, 19.54 Tolerance of rating at BNPI (Pmpp / Isc / ±3.0 / ±4.0 / ± 3.0 ±3.0 / ±4.0 / ± 3.0 Voc) [%] Tolerance of rating at ±...
- Page 31 Tolerance of rating at STC (Pmpp / Isc / ±3.0 / ±4.0 / ± 3.0 ±3.0 / ±4.0 / ± 3.0 Voc) [%] Nominal maximum 485,490,495,500 485,490,495,500 output power at BNPI 484.9, 490.4, 495.9, 501.4 484.9, 490.4, 495.9, 501.4 17.06,17.15,17.25,17.34 17.12,17.21,17.31,17.40 Nominal short-circuit current at BNPI [A]...
- Page 32 *Remark: Power range of model typeCHSM54RN(DG)/F-BH-xxx from 435W to 465W is with N-type cell dimension 182mm x95.5mm, 182.2mmx95.8mm Power range of model typeCHSM54RN(DG)/F-BH-xxx from 495W to 515W is with N-type cell dimension 182.2mm x105mm, 182mm x105mm, 182.3mmx105mm ENSP54NDG2sxxxBL Type Name or Model (mono 108 cells) Maximum System 1500...
- Page 33 Number of solar cells : Cells per bypass diode Serial/parallel connection of cells Max. operational 2000 altitude [masl] Design load – 3600 downwards [Pa] Design load – 1600 upwards [Pa] ENSP54NDGT2sxxxBL Type Name or Model ENSP54NDGT2sxxx (mono 108 cells) (mono 108 cells) Maximum System 1500 1500...
- Page 34 Pollution degree Dimensions (l x w x h) 1762 x 1134 x 35/30 1762 x 1134 x 35/30 [mm] Module area [m² ] 2.00 2.00 Min- creepage 10.4 10.4 distance [mm] Number of solar cells : Cells per bypass diode Serial/parallel connection of cells Max.
- Page 35 Tolerance of rating at BNPI (Pmpp / Isc / ±3.0 / ±4.0 / ± 3.0 Voc) [%] Tolerance of rating at ± 4.0 aBSI(BSI) (Isc) [%] Bifaciality 80± 5 (φPmax/φIsc) [%] Bifaciality (φVoc) [%] 98± 5 Over-current protection rating[A]: Classification (IEC Class II Class II 61730)
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