750MW Solar Panel Production Line Manufacturer

750MW Solar Panel Production Line

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Turnkey solution for PV modules manufacturing

750 MW/year (22h, 330days)
190 modules/h
20-30 workers
Application: 5BB-12BB; M6-M12
Working noise: ≤70dBA.

Automatic Glass Loading Machine
Stringer Machines
Robot String Layup
EVA/TPT Cutting & Layup
Auto Edge Taping Machine
Curing Line/Curing Room

A 750MW solar panel line is an efficient production line for mass production of quality solar panels. The production line has large capacity and can adapt to a range of sizes and types of panels with different glass thickness. Additionally, the 750MW line also has an intelligent monitoring and control system with high automation for production data monitoring, improving efficiency and lowering cost.

Features

Efficient production: a 750MW solar panel line’s production capacity is 750MW per year. The 750MW line is suitable for mass production of solar modules.

Strong adaptation: the turnkey line can adapt to different sizes and types of PV panels, including PERC, HJT, TOPCon and so on.

Comprehensive inspection: the manufacturing line is equipped with a quality assurance system for all-round product quality monitoring and inspection.

Smart control: the intelligent MES control system can realize automatic adjusting, smart monitoring and remote management to control the entire manufacturing process.

Energy efficiency: the production line is designed to reduce energy consumption as much as possible, delivering less impacts to the environment.

An automatic glass loading machine works to supply glass rapidly by automatically load, position and transport glass.
An EVA cutting & layup machine can directly mix tailings with new materials through hot melting.
A stringer machine uses the robotic system to position, grab and place solar cells, and applies infrared welding and automatic cutting to different cell strings.
An automatic layup machine uses a robot to grab cell strings and adopts the contactless CCD positioning system for positioning precision.
An automatic bussing machine adopts induction welding and can be applied to 5BB-12BB solar cells of 156-210mm.
An automatic string taping machine can adjust tape width and length and features short tape replacement time and high positioning precision.
An EVA/TPT cutting & layup machine is used to cut and layup second EVA film and TPT backsheet with high precision cutting and layup technologies.
A dual-glass loading & placement machine is used for dual-glass solar module production. It can adapt to different specifications of glasses and features a small size, consuming less space.
An EL & VI tester can detect panel defects manually or with AI. Two inspection modes of EL and VI are available. The defects it can detect include cracks, broken grids, black spots, etc.
An automatic edge taping machine is used for automatic tape edge banding of dual-glass solar modules. It adapts to most tapes and features convenient tape replacement.
An automatic laminator is a quality solar panel lamination machine and can be customized according to customer needs.
An automatic edge trimming machine is used for automatic removal of burrs and exceed materials from PV module edges after lamination. The latest version also has an additional function of finer trimming.
An automatic framing machine is used for automatic silicon dispensing and assembling of solar panel frames. It features short cycle time and high precision to meet various panel framing needs.
An auto J-box soldering machine is used for automatic soldering of PV junction boxes. It has rapid and accurate soldering capabilities to boost production efficiency.
An auto J-box potting machine is composed of conveying, positioning and potting systems and used for automatic glue potting of PV junction boxes.
A curing line/curing room uses motor as drive and sprocket and chain for transmission, ensuring the materials will not be discharged before the set time. The selection between feed priority and discharge priority is made based on the needs of customer.
An automatic corner grinding machine is used for automatic grinding of solar panel frame corners.
A sun simulator provides a standard testing environment to know about the solar panel working conditions and conduct power and current tests on solar panels.
An HiPot tester is an efficient and reliable machine used to test dielectric withstand and electrical insulation of PV modules.
An automatic labelling machine has 2-3 working heads for accurately labeling tags, anti-counterfeiting codes and barcodes.
An automatic corner protector inserting machine features wide adoption and can be used for inserting paper, kraft paper and corrugated cardboard corner protectors for solar panels without frames.
A vertical sorting machine is an automatic module sorter for sorting and sequencing of PV modules. It is capable of various sorting methods like long-side and short-side flat sorting and vertical sorting.