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New Energy Industry
It is applicable to the welding of photovoltaic brackets (aluminum alloy) and hydrogen energy battery bipolar plates. It exhibits excellent welding performance for alloy materials and high-reflectivity materials, with weld strength higher than that of the base material.
Outdoor aluminum alloy bracket installation
| Comparison Items | Traditional Argon Arc Welding Solution | Laser Welding Solution |
|---|---|---|
| Welding Method | Argon arc welding | Handheld laser welding with self-aligning fixture |
| Welding Speed | – | 1.2m/min |
| Module Inclination Deviation | ＞1° | ＜1° (meets the power generation gain requirements of bifacial modules) |
| Corrosion Resistance (Salt Spray Test) | Fails in 600h | No rust after 2000h |
Outdoor aluminum alloy bracket installation
| Comparison Items | Traditional Argon Arc Welding Solution | Laser Welding Solution |
|---|---|---|
| Welding Method | Argon arc welding | Handheld laser welding with self-aligning fixture |
| Welding Speed | – | 1.2m/min |
| Module Inclination Deviation | ＞1° | ＜1° (meets the power generation gain requirements of bifacial modules) |
| Corrosion Resistance (Salt Spray Test) | Fails in 600h | No rust after 2000h |
