Cooling Bus-Bar Installations TRIZ Cases
- Layered Bus Connection Insulator for High-Altitude Dielectric Spacing
Bonded insulator layers with annular protrusions create a tortuous creepage path that prevents sparks and voltage jumps in compact high-voltage bus connectors.
- Integrated Busbar Fins for Circuit Breaker Heat Dissipation
Skived copper fins formed directly on a circuit breaker busbar improve cooling without added volume or stepped regions that raise current density.
- Busbar Thermal Isolation Structure for High-Current Power Distribution
An over-molded thermal component cools high-current busbars while maintaining electrical isolation, enabling lighter power distribution hardware.
- Bus Bar Mounting With Insulated Heat Transfer to Metallic Housing
A preloaded support and thermally conductive insulating layer let a bus bar stay electrically isolated while dissipating heat to a metallic housing.
- Busbar Heatsink Assembly Using Side-Surface Cooling
Side-contact cooling fins dissipate busbar heat in tight vehicle layouts while insulators and fixing elements help prevent short circuits.
- Thermal Busbar Bracket With Heat-Release Isolation
Heat-actuated clasps let a conductive busbar bracket transfer heat to a cold plate, then open at high temperature to prevent arcing.
- Insulated Heat Link With Mechanical Compliance for HV Cooling
Transfers heat from high-voltage hotspots to earth-potential sinks while preserving insulation and absorbing thermal expansion and vibration.
- Segmented Busbar Cooling Channels for High-Temperature Reliability
Cooling channels between segmented busbar electrodes dissipate heat, improving current handling and reliability in hot electronic assemblies.
- Flat Conductor Structure for Heat Dissipation and Low Waste
A thermally conductive sheet links low-resistance ends to the central conductor section to limit temperature rise while avoiding wasteful punching.
- Shielded Rigid Bus Duct Layout for High-Current Thermal Control
Shielding between high-current conductor groups cuts EMI, improves thermal efficiency, and simplifies rigid bus duct installation and upkeep.
- Insulated Busbar Cover Structure for Circulation Current Damping
Crossing insulated conductors in an added busbar cover damp circulation currents, limiting temperature rise and grounding-related safety risks.
- Terminal Block Heat Transfer Structure for Bus Bar Cooling
An integrated heat transfer portion and protruding support cool connected and adjacent bus bars without adding separate cooling hardware.