Automatic Level — 95%

Module Type — Compatible Glass-Backsheet module, Glass-Glass module

Max Size of Solar Module — 1600x992 mm - 2340*1303*35mm 　

Solar Cell — PERC, TOPCon, BC and HJT

Busbar — 5BB - 20BB 　 　 　

Production Speed — 3360 pcs solar panel per 8 hours

Daily Working Hours — 20 hours 　 　 　

Production Space — ˃ 6000 m2

Operators Per Shift — ˃= 12

Power supply Requirement — 380V- 400V, 3 phase 5 wires, or customized

Power Consumption — Max 800KW

Air Supply Requirement — Compressed air 0.5 - 0.7 MPa. 800 L / min

Water — Do not need

Temperature — 25 ℃

Humidity — 50 % - 70 %

Automatic Level — 80% 　 　 　 　

Module Type — Compatible Glass-Backsheet module, Glass-Glass module

Max Size of Solar Module — 300x300 mm - 2204*1303*35mm

Solar Cell — PERC, Topcan, BC and HJT

Busbar — 5BB - 20BB 　 　

Production Speed — 72 pcs solar panel per 8 hours (600W panel)

Daily Working Hours — 20 hours 　 　 　

Facility Condition Production Space — ˃ 1000 m2

Operators Per Shift — ˃= 6

Power Supply Requirement — 380V-400V, 3 phase 5 wires, or customized

Power Consumption — Max 100KW

Air Supply Requirement — Compressed air 0.5 - 0.7 MPa. 200 L / min

Water — Do not need

Temperature — 25 ℃

Humidity — 50 % - 70 %

Composition of the final assembly production line (see equipment list for details)

Tabbing and String Machine — Connect the solar cells according to process requirements

Glass Kit Board Loading — Automatically load glass and remove paper/ kit boards for lightweight modules

Conveying/Conveying Alignment — Module conveying and its position alignment

Cutting Machine — Fully automatic EVA/POE/Backsheet cutting, punching, laying and placement

Bus Bar Bussing Machine — Solder multiple cell strings together through bus bars

Laying Machine — Automatically place battery strings on glass for layout

Assembly Line Turning — 90-degree turn conveyor

Automatic Tape Machine — Automatically apply high-temperature transparent tape to secure cell strings to each other

Buffer — 18 layers buffer, modules are stored and keep the automatic line running normally

Laminator — Perform vacuuming, lamination, curing, and cooling processes on modules

Lightweight Module Trimming — Use an oscillating knife to automatically remove excess material around modules

Gluing Machine — Apply sealant to the junction box pasting the surface

Potting Machine — Fill the junction box with sealant

Conveying Line— Convey modules

Load Palletizing Machine — Put the modules on the assembly line on the moving curing line

Curing Line — Modules glue curing

Unload Palletizing Machine — Grab modules from the curing line to the assembly line

IV Tester — Test module power

EL — Check whether the modules have any defects such as cracks or others

Labeling — Apply module parameter label paper

Kit board — Support lightweight modules on the assembly line (used in the process before trimming)

Kit board with Convex Edges — Support lightweight modules on the assembly line (Used after trimming process)

Equipment Name — Double-chamber Oil-Heated Solar Panel Laminator

Equipment Model — RO-QD2787

Effective Laminated Area — 8700×2700mm Chamber Layout Double Chamber

Overall Dimensions — 42700 × 3680m ×1800 mm

Mainframe Dimensions — 23200mm (L)×3680mm (W) × 1800mm(H)

Heating Model — Conduction Oil

Material Loading/unloading — Format Loading: Belt Conveyor, Unloading: Colling Roller

Control Platform — Independent Dual Touch Screen

Shipping Container — Flat Rack Container

Equipment Name — Semi-automatic Solar Panel Laminator

Equipment Model —Customized according to customer needs

Be suitable for — Smaller Solar Panels, Flexible Solar Modules, University Laboratory

Temperature Uniformity — ≤ ±2 ℃

Heating Model — Conduction Oil or Electricity Heating Tube

Equipment Name — Hi-speed solar cell cutting and string machine

Speed — 7000 pcs per hour

Ribbon — Round ￠0.2mm

Busbar — 5 ~ 20BB

Cutting — Lossless scribing

Be suitable for — PERC, TOPCon, BC, and HJT solar cell

Inspection — EL inspection with AI function

Equipment Name — Solar Cell Tabbing and String Machine

Speed — 1600 / 2600pcs per hour optional

Ribbon — Flat Thickness 0.25 ~ 1.6mm

Busbar — 3 ~ 20BB

Minimum Solar Cell — 36 x 36 mm

Be suitable for — PERC, TOPCon, BC, and HJT solar cell

It is a high-speed , high-precision solar cell bussing machine, It can process laying up and bussing auomaticlly . Can produce smaller and big solar panels .

Producrt Features

1, High compatibility: 50-550W solar panel can be compatible;

2, High speed: Double string simultaneous typesetting, 4 string simultaneous typesetting;

3, The soalr cell specifications compatibility: Compatible with 156mm, 158mm, 166mm, 182mm, 210mm;

4, Strong compatibility: small solar module, halfsolar module, complete solar module can be compatible;

5, Different versions, different forms of solar module specifications switching speed is fast and convenient.

Equipment Name — Laser Cutting Machine

Speed — 1600 / per hour

Cutting Platform — 2 platform

Loading — Whole cell box, 100pcs

Laser Wavelength — 1064nm

Be suitable for — PERC, TOPCon, BC, and HJT solar cell

Equipment Name — Laying up machine

Speed — 8s / per stringer

Scope of the Size of Module — (L) 1630-2500mm * (W) 950-1400mm

Layout Precision — 6-axis robot and CCD high-precision vision

Rate Power — 10KW

Equipment Name — EL Tester

Testing Size — 2100 x 1200mm ~ 2400 x 1300 mm Customized

Pixel — 24 million

Save Testing Pictures — Automatic

Be used for — To check the solar panel of the secluded split, cracked cell, rosin joint, wire break, and other defects

Equipment Name — Bussing Machine

Be used for — Soldering bus bar

Cycle Time — ≤18S

Overall Yield — ≥99%, According to modules quantity

Breakage Rate — ＜0. According to cell quantity

Compatible Solar Cell Size (mm) — Compatible with 156-210mm

Maximum Compatible Module Size — 1650*900-2500*1500mm