For a large group company's Hainan food factory project, the owner's original plan relied on a multi-split cable solution. In past projects, the multi-split configuration frequently caused bias currents that led to line short circuits, while the large bending radius of traditional cables made installation within the bridge extremely difficult. Yanghua Kechuang's high-current flexible busbar solution was adopted as a replacement. A single flexible busbar delivers substantial carrying capacity without requiring multiple splices. Its compact form factor and flexibility enable straightforward installation even in constrained bridge pathways, resolving both the electrical reliability and mechanical routing challenges that plagued the original design.
Project Background & Challenges
The owner's original multi-split cable solution suffered from persistent bias currents causing line short circuits, while the large bending radius of traditional cables made bridge installation exceedingly difficult, creating both safety hazards and construction delays.
- Persistent bias currents in the multi-split cable configuration frequently caused line short circuits, compromising operational safety
- Large bending radius of traditional cables made routing and installation within bridge trays extremely difficult
- Multiple cable splices introduced numerous potential failure points, increasing long-term maintenance burden
- Cramped bridge pathways limited installation options with conventional rigid power distribution solutions
Solution
Yanghua deployed a single-run high-current flexible busbar system that eliminates the need for multiple cable splices entirely, delivering large carrying capacity in a compact, flexible form factor that installs easily within bridge pathways and resolves both electrical and mechanical issues at the source.
- Replaced multi-split cables with a single-run high-current flexible busbar, eliminating bias current risks at the source
- Compact flexible busbar form factor navigates tight bridge pathways with ease, requiring minimal bending radius
- No intermediate joints along the entire busbar run, dramatically reducing potential failure points and maintenance needs
- Streamlined single-conductor design simplifies installation logistics and accelerates construction timelines
Project Results
Products Used
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