Open Bus-Bar Installations TRIZ Cases
- Offset Bus Bar Layout for Heat-Dissipating Electrical Connections
An offset bus bar exposes more surface to surrounding space, improving heat dissipation while keeping the electrical connection compact.
- Polycarbonate Composite for High-CTI EE Conductor Spacing
A polycarbonate composite with fluorine anti-drip and phosphorus retardants raises CTI, enabling closer conductor spacing in high-voltage EE parts.
- Busbar Bracket Notch Layout for Easier Battery Tab Assembly
Alternating bracket notches improve tab visibility and insertion guidance, reducing busbar assembly difficulty in battery cell connections.
- Electrical Connection Box Cover Retention for Relay Bus Bar Safety
A retained cover with engagement and stopper features keeps relay-bus bar connections sealed and protected when the lower case is removed.
- Busbar Joint Plate and Stud Layout to Prevent Rotation
A high-strength plate with inserted studs locks connected busbars against rotation, improving vibration stability without larger backer plates.
- Modular Cable Channel Connectors for Flexible Cable Layouts
Releasable identical cable housings form adaptable channel layouts that cut variant count, manufacturing cost, and installation complexity.
- Modular Holding Element for Busbar Fastening on Slotted Rails
A modular holding element with complementary male and female connecting sections enables rapid assembly of electrical busbars onto slotted rails.
- DC Busbar Edge Elements Suppress High-Frequency Short-Circuit Currents
Low-conductivity edge elements suppress high-frequency short-circuit currents by increasing electrical resistance through the proximity effect.
- Insulated Bus Bar for Front Access Battery Rack
Insulated bus bar electrically couples controller and battery modules via front access terminals, eliminating exposed terminal hazards.