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Ooitech Opens New Solar Panel Production Line Factory:
Table of Contents
Quick answer: Ooitech has completed a new solar panel production line factory. The facility is built around complete module production, covering equipment from 5 MW to 1.2 GW of annual capacity, and it serves both as manufacturing space and as a demonstration line where a customer can watch a module move from cell to finished unit before committing to a configuration. For a buyer evaluating suppliers, a working line answers questions that a specification sheet cannot: how the stations actually couple, what the real cycle time looks like, and where yield is lost in practice. It also matters for commissioning, because the team that builds a line in its own factory is the team that installs the customer's. The first look at the facility was published as an aerial view.
PV Module Manufacturing · by Jerry, Ooitech
Product Introduction
The new factory is finished. And the first look comes straight from the air.
Ooitech just wrapped up construction on a brand new plant built around a full solar panel production line. The footage here is all drone shot, so you get a clean top-down view of how the whole floor is laid out. Layup stations, conveyors running between them, the framing machine, the glue machine, the EVA/TPT cutting machine, all of it sitting in one continuous flow.
What stands out from above is the spacing. Each section has room to breathe, and the conveyor paths tie the stages together without the usual clutter you see in older shops.
Technical Parameters
Below is a quick rundown of the main stations you can spot in the aerial shots.
| Line Section | Function |
|---|---|
| Layup | Cell string layout and stacking for the module build |
| Conveyors | Material and module transfer between stations |
| Framing Machine | Aluminum frame assembly around the laminated module |
| Glue Machine | Sealant / silicone application on frame and junction box |
| EVA/TPT Cutting Machine | Cutting EVA film and TPT backsheet to size |
Technical Advantages
Continuous line layout, so layup, framing, glue and cutting stages connect through conveyors instead of manual carrying.
New, purpose-built plant space with clear room around each station.
Full solar panel production line under one roof, from EVA/TPT cutting through to framing and glue.
Aerial drone view makes the whole process flow easy to follow at a glance.
Product Application
This kind of line setup is built for solar module manufacturing. The layup station handles the cell strings, conveyors keep material moving, the EVA/TPT cutting machine preps the film and backsheet, and the framing and glue machines finish the module. Together they cover the core module assembly steps you need for a working panel factory.
Ooitech's View
The thing that jumps out in this aerial footage is the layout discipline, and that matters more than people think for module yield. A clean conveyor flow between layup, framing and glue cuts handling damage and keeps takt time steady, which is exactly what a 5MW-to-1GW turnkey line lives or dies on. One note worth keeping straight: this is a module line, not a cell line, so the EVA/TPT cutting and layup stations are where the real quality control starts. If you want to see the line actually running, the drone tour and full production videos are on the Ooitech YouTube channel at www.youtube.com/ooitech, worth a subscribe if solar factories are your thing.
Further reading and background data
Public reference material on this topic, published by the organisations that maintain the industry's technology roadmap and market data:
