Bus-Bar/Wiring Layouts TRIZ Cases

Expanding the neutral bus bar creates a larger current path that limits leakage current and reduces electric shock risk in submerged distribution boards.

Prewired harnesses, terminal blocks, and guide structures simplify switchboard instrument compartment assembly and cut wiring errors.

Perpendicular terminal members with upward or downward connected portions let wires connect straight, cutting conductor complexity and installation space.

A thermally conductive insulating cover overmolded on a cooling tube improves bus bar heat dissipation while maintaining electrical isolation.

A flat bus bar layout with insulating covers and a bent portion cuts electrical connection unit height while maintaining insulation.

Raised embossments space parallel busbar elements without separate spacers, improving cooling, reducing weight, and simplifying assembly.

A circuit board with modular connection assemblies replaces dense secondary wire harnesses, freeing cabinet space and easing drawer assembly.

A circuit board replaces dense secondary wire harnesses in drawer power cabinets, freeing space, simplifying assembly, and supporting more drawers.

Slip tubes and lug alignment features make compact MCC dual feeders easier to wire securely, reducing arcing risk while saving panel space.

A switching array and controller reroute PCB power only to active loads, cutting copper-heavy layouts, busbars, and power dissipation.

A movable rear conductor and pressure clamps let laminated busbars be connected from the front, avoiding rear access and installation damage.

Twisted positive, negative, and messenger lines replace combiner boxes and hangers, cutting solar bus installation time and heat.

A vertical and transverse bus bar layout routes power between perpendicular server and power supply mounts without extra mounting components.

A U-shaped bracket base and sliding cover secure a busbar connector with fewer parts, cutting assembly time in computer chassis mounting.

Support arms extending beyond a narrow housing stabilize busbar connections and prevent tilting or slip under vibration.

Direct refrigerant flow through a hollow bus bar improves cooling of heat-generating components while reducing mounting area.

Grooved insulating supports and fixing brackets secure busbars in dense switchgear and prevent phase-to-phase contact during deformation.

Ribbed insulating holders keep bus bar air gaps uniform, reducing partial discharge and preventing insulation breakdown in multi-phase assemblies.

A six-pole bypass transfer unit keeps a load powered while isolating one motor control center unit for safer maintenance.

Modular fault managed power lets a rack PDU convert AC or high-voltage DC into safe local distribution with fault detection and interruption.

Stacked safety-device modules and perpendicular bus layouts let telecom power panels fit tight spaces while simplifying replacement and maintaining stability.

A shielded HFAC bus cuts DC distribution losses while enabling N+1 redundant power sharing with lower EMI in electronic assemblies.

Multiple source inputs are routed through segmented connection points and switching devices to prevent unsafe combined currents in home installations.

A flat electrical assembly with a controlled thickness ratio cuts mounting space, improves compactness, and simplifies battery and device layout.

Segmented isolation compartments and a buckle lock prevent wire cross-stacking, improving connection stability and electrical safety.

Modular fault managed power modules let a rack PDU generate, distribute, detect, and interrupt power safely at shelf positions.

An integrated busbar contact replaces flexible links and extra conductors, cutting switchgear space, material use, and cost.

Pre-assembled modular switchboards cut installation time while adding consistent arc fault protection and real-time circuit monitoring.

A flexible push-pull cable links the rotary handle cam to the interlock slider, fitting varied bus plug layouts with fewer parts.

A limiting plate and multi-plane connector let one circuit breaker mount fit busbars, sheet terminals, and wires with stable contact.

A single oversized switchgear trailer removes redundant breakers and interconnecting cables, simplifying frac power distribution and improving safety.

Current sensing and embedded power electronics turn an electrical panel into a real-time load and DER control platform with seamless islanding.

Selective module removal and a common backplane cut rack size, weight, and maintenance time without disrupting power or signal links.

Interleaved traces and switching contacts let one power busbar reconfigure modules for high-voltage or high-current output.

Dedicated AC inverters let each electric truck APU match peak continuous power demand while improving placement flexibility and serviceability.

Rotating contact branches and a presser improve bus-bar coupling durability while keeping distribution board contactors compact.

An integrated wall plate combines the DIN rail, mounting section, and cable anchors to speed installation and prevent wire load damage.

A planar and annular fuse holder stabilizes the fuse body during vibration, reducing terminal stress and cracking without affecting current flow.

A magnetoresistive IC with surge and noise protection enables fast, precise contact-free current sensing in high-EMI environments.

An ECU-coordinated breaker, thyristor switch, and cut-off devices isolate faulty outlets while keeping unaffected circuits powered.