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Solar Panel-Pv Topcon-N-Hjt-210 X 210 High Speed Production Up To 9000 Cells/Hour

Technical Description

Low-oxygen Monocrystal ingot Puller

SCEC Third Generation Monocrystal ingot Puller: Low-oxygen Monocrystal ingot Puller can melt the silicon via the graphite heater in an inert atmosphere (Argon, Nitrogen) and then grow dislocation-free monocrystal silicon ingot through CZ method automatically

 

 

OCZ Loader OCZ-500

OCZ Loader is used for side feeding of Monocrystal Growth Furnace. This equipment can increase the effective crystal growth time and support the production of multiple N-type rods with one crucible

 

Wafer Inspection System

AM018T wafer inspection system is a fast, accurate and comprehensive solution allowing you to detect and sort wafers by size, thickness, stain, chipping, resistivity, micro crack, P/N type, hole, etc.

 

 

Wafer Automation Pack Line AM051BA

This solution is designed to automate the handling of inspected wafers and it covers various processes such as unloading wafers from the inspection system, conveyance of wafers, wafer stack inspection, bagging, sorting, boxing and stacking onto pallets.

 

PV Cell Firing and Passivation Furnace

The furnace, designed for N-type cell, integrates firing furnace and light induced passivation furnace, so as to reduce the footprint and save the energy consumption.

 

 

Linear Printer

The linear printer, suitable for mono-Si and poly-Si cells, innovatively upgrades from two reciprocating platforms to four ones, and greatly improves the production cycle.

 

 

BC Cell Adhesive Printing Line D611

The automatic production line is designed to print insulating adhesive and solder paste on BC cells, serving as a pre-treatment step before soldering. This process effectively reduces the risk of short circuits between the positive and negative electrodes, improves soldering quality, and significantly boosts the overall yield of the modules.

 

Low Pressure Chemical Vapor Deposition (LPCVD) Machine MM650

LPCVD machine, with mature and stable process, is one of the earliest machine for mass production of TOPcon cells

 

Laser Enhanced Metallization Machine DM630

The laser enhanced metallization (LEM) technique can significantly reduce the contact resistance between silicon and electrodes in TOPCon cells, leading to higher open-circuit voltage and fill factor and enhancing the efficiency of cells.

 

PV Cell Laser Cutting Machine

PV cell laser cutting machine is designed to nondestructively cut the ultra-thin cells and multi-type cells (TOPCon, IBC, HJT), with features of high capacity, great stability and good yield. Functions like water-free and nondestructive cutting, precise strip unloading and auto water refilling are optional, helping customer to reduce cost and improve the efficiency.

 

 

MBB PV Cell Soldering Stringer

AM050FS MBB PV Cell Soldering Stringer is designed to nondestructively cut the silicon solar cells and then automatically solder them into a string, with features of high capacity, great precision and strong compatibility.

 

Automatic String Layup Machine

AP001B Layup Machine, an automatic equipment with a truss structure, is able to perform string pickup, positioning, layup, etc. and offers optional A/B string cutting feature.

 

PV String Layup and Bussing Machine AM059B

AM059B PV String Layup and Bussing Machine is designed to automatically align and place strings according to the design of module and employ the electromagnetic welding technique to interconnect the strings in series or parallel with bus ribbon.

 

Junction Box Welding Station AM210A

AM210A Junction Box Welding Station is a fully automatic machine used to weld bus ribbon to junction box via deep penetration laser welding. Optional welding process monitoring module enables customers to trace NG panels and optimize recipes, so as to reach a miss rate of 0%.

 

Automatic Solar Module Laminator

Photovoltaic module laminatoris the core equipment in the production process of photovoltaic modules, its main role is to synthesize glass, EVA, battery string, EVA, photovoltaic module backplane through vacuum hot pressing.The laminating process mainly includes three stages: laminating, curing and cooling.

 

 

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 1.Automatic taping machine

 

2.PV module Automatic fitting paper corner protector

 

3.Junction Box Soldering machine

 

4.Multi-function busbar soldering machine

 

5.High-speed cell string automatic layup machineone-to-one

 

6.High-speed cell string automatic layup machineone-to-two

 

7. Solar Cell Shingling Machine

 

8.EVA/TPT automatic cutting machine

 

9.Automatic gluing machine

 

10.Plate-chain-type curing line

 

11.EVA Flatting machine

 

12. Solar Module EL/AOI machine