Where is the New Solar PV Round Wire Machine used

Equipment usage: Draw oxygen free copper rods into ultrafine round copper wires for photovoltaics, followed by annealing and tin coating to produce 0BB/MBB photovoltaic round wire solder strips, serving the new generation of high-efficiency photovoltaic modules.

1、 Directly serving production enterprises (to whom the equipment is sold)

Photovoltaic ribbon new material factory (core customer)

We are a professional manufacturer of 0BB non main grid round wire welding strips and MBB multi main grid tin coated round copper wires; Supply internal interconnected conductive wires for component factories.

Photovoltaic wire and copper deep processing enterprises

The copper wire processing plant has added a new photovoltaic new energy product line and expanded its business in micro tinned copper wire.

Integrated photovoltaic module factory supporting workshop

Large photovoltaic enterprises build their own welding strip production lines, with internal supporting circular wire preparation processes.

2、 Terminal application industry (where is the final use of finished round wire)

1. Crystalline silicon photovoltaic module industry (main battlefield)

Adapt to TOPCon, HJT heterojunction, and BC back contact battery new generation high-efficiency components:

0BB non main grid component: Ultra fine photovoltaic round wires serve as interconnecting conductors for solar cells, reducing shading and enhancing component power;

MBB multi main gate component: replacing traditional flat solder strips, with better flexibility and lower risk of hidden cracks;

Distributed household photovoltaic and large-scale ground photovoltaic power station components;

Lightweight flexible photovoltaic modules, dual glass all black high-end photovoltaic panels.

2. Photovoltaic subdivision scenarios

Stacked tile components, sliced half/three piece high-efficiency battery modules;

BIPV photovoltaic building integration, photovoltaic curtain wall dedicated components;

Portable photovoltaic energy storage panels, small consumer grade photovoltaic power sources.

3. Extended supporting fields (compatible with the same equipment for production)

Electronic precision tinned copper wire, miniature connecting wire;

Internal conductive leads of energy storage module;

Micro copper conductors for small new energy devices.