Industrial Mechanical and Electrical Engineering Project, Shenzhen Baoan
Confidential
This industrial mechanical and electrical engineering project in Shenzhen's Baoan district faced significant spatial constraints: the construction area was extremely narrow while the required current capacity was substantial. The project owner selected a combination of four different Yanghua flexible busbar types to address these challenges. This multi-specification approach reduced the need for complex multi-cable assembly while accommodating diverse load requirements across the facility. The high flexibility of the busbar products allowed installers to bend conductors directly inside extremely confined distribution cabinets, eliminating the need for additional conduit space. After exiting the power distribution cabinets, the busbars were laid over long distances through cable bridges without requiring any intermediate joints, successfully resolving the owner's routing difficulties in a space-limited industrial environment.
Project Background & Challenges
The construction space was extremely narrow with limited installation clearance, yet the project demanded high current capacity. Conventional cable solutions would require extensive multi-cable assembly and numerous joints, making installation nearly impossible within the confined cabinet and bridge spaces.
- Extremely narrow construction space with minimal clearance for power distribution equipment and conductor routing
- High current capacity requirements that would normally demand multiple parallel cables with complex assembly
- Diverse load types across the facility requiring different current ratings and conductor specifications
- Long-distance bridge runs from distribution cabinets to downstream equipment with space too tight for conventional joint boxes
Solution
Yanghua provided a tailored combination of four flexible busbar specifications that could be directly bent inside narrow cabinets. The high-flexibility design enabled seamless long-distance bridge routing without any intermediate splices, eliminating the need for extra jointing space.
- Deployed a four-type flexible busbar combination tailored to specific load requirements, replacing bulky multi-cable assemblies with compact single conductors
- Leveraged the high flexibility of Yanghua busbars to achieve direct in-cabinet bending without requiring additional conduit or bending radius allowances
- Eliminated intermediate joints entirely across long bridge spans, enabling continuous conductor runs from cabinet exit to endpoint
- Reduced overall installation footprint by using compact form factor busbars that fit within existing narrow bridge trays and cabinet compartments
Project Results
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