Wind power applications – cascading busbars

Wind power applications – cascading busbars

Laminated busbar, also known as laminated busbar, is a kind of connecting bus with a multi-level composite structure, and the laminated busbar can be counted as a highway in the power distribution system. Compared to the complex, cumbersome, time-consuming and labor-intensive wiring methods used, cascading busbars provide a highly technical and well-structured distribution system. It has the characteristics of repeatable electrical performance, low inductive impedance, strong anti-interference ability and high reliability, so it can be used as an electrical connection component for some high-power modules.

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Technical characteristics:

· The integrated bending process is adopted, and the copper column at the IGBT contact is universally used; Solid insulation edge banding, and the potting insulation material in the hole strengthens the insulation performance; The notch design is adopted at the IGBT to strengthen the installation characteristics and reduce the contact resistance

Wind power cascading busbar
Name Parameters
Voltage 1100V DC
current 1100A
Insulation and voltage resistance 4.4KV -DC-60s, no breakdown, no flicker
Partial discharge ≤10PC @ 1000V AC
Wind power cascading busbar
Name Parameters
Voltage 1100V DC
current 800A
Insulation and voltage resistance 3.5 KV -AC-60s, no breakdown, no flicker
Partial discharge ≤10PC @ 1000V AC
Wind power cascading busbar
Name Parameters
Voltage 1100V DC
current 1100A
Insulation and voltage resistance 4.4 KV -DC-60s, no breakdown, no flicker (leakage current ≤2mA)
Partial discharge ≤10PC @ 1000V AC
Wind power cascading busbar
Name Parameters
Voltage 1100V
current 1025A
Insulation and voltage resistance 3.5 KV -DC-60s, no breakdown, no flicker
Partial discharge <10PC @ 1140V AC
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