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BUSBAR & POWER INTERCONNECT SOLUTIONS

Busbars & Power
Interconnects

Configure high-current interconnect solutions engineered for efficient power distribution, low inductance and compact power systems.

ϟ
High-Current
Power
⌁
Low
Inductance
◇
Custom
Geometry
◎
Precision
Manufacturing
DESIGN YOUR SOLUTION

Configure Your Power Interconnect

Configure your electrical, construction and mechanical requirements.

STEP 01

Electrical Requirements

Define the electrical operating conditions for the interconnect.

Electrical Performance

Add any special electrical or environmental requirements.

STEP 02

Busbar Construction

Select the interconnect architecture, conductor and insulation.

Construction Features

STEP 03

Mechanical Requirements

Define envelope, terminals, mounting and environmental requirements.

Mechanical Features

STEP 04

Review Your Configuration

Review your requirements before continuing to the RFQ.

POWER INTERCONNECT TECHNOLOGIES

Engineered for High-Current Power Distribution

Interconnect technologies for compact, efficient and reliable power conversion and distribution systems.

LAM

Laminated Busbars

Laminated conductors for low-inductance, compact power distribution.

LOW INDUCTANCE
RIG

Rigid Busbars

Copper or aluminum conductors for high-current power distribution.

HIGH CURRENT
FLEX

Flexible Busbars

Flexible conductors for movement, vibration and tolerance management.

MECHANICAL FLEXIBILITY
Cu

Copper Interconnects

High-conductivity copper for low-resistance power distribution.

LOW RESISTANCE
Al

Aluminum Interconnects

Lightweight interconnects where system mass is critical.

LIGHTWEIGHT
CUS

Custom Power Interconnects

Custom geometry, terminals, insulation and formed interconnects.

CUSTOM ENGINEERING
ENGINEERING & MANUFACTURING

From Electrical Requirements to Production

Engineering support across electrical, thermal, mechanical and manufacturing requirements.

01

Electrical Design

Conductor sizing and review for current capacity, resistance, voltage drop and electrical performance.

02

Low-Inductance Design

Laminated and multi-conductor architectures optimized for compact high-frequency power systems.

03

Mechanical Integration

Custom forming, terminals, mounting, insulation and packaging for system-level integration.

04

Engineering Review

Electrical, thermal and manufacturability review before prototype or production release.

MARKETS

Power Distribution Across Critical Systems

AI

AI & Data Center

High-current rack, accelerator and power conversion interconnects.

EV

Electric Vehicles

Battery, inverter, charging and high-voltage power distribution.

ESS

Energy Storage

Battery racks, converters, inverters and DC power distribution.

UAS

Drone & Aerospace

Compact, lightweight power distribution for power-dense platforms.

IND

Industrial Power

Motor drives, robotics, automation and industrial power systems.

GRID

Energy Infrastructure

High-voltage converters, charging infrastructure and grid systems.

FREQUENTLY ASKED QUESTIONS

Busbar & Power Interconnect FAQs

Laminated busbars are particularly useful when low loop inductance, compact packaging and close coupling of power and return conductors are important.
Yes. Current, conductor length, allowable voltage drop, thermal environment and duty cycle can be reviewed to help determine an appropriate conductor cross-section.
Both copper and aluminum constructions can be evaluated depending on conductivity, weight, cost, mechanical and connection requirements.
Flexible conductor constructions can be considered for applications requiring movement, vibration isolation or accommodation of mechanical tolerances.
Yes. Depending on the design, terminals, studs, inserts, mounting holes, formed features and connector interfaces can be incorporated.
Yes. Upload a drawing or 3D model together with electrical operating requirements for engineering and manufacturability review.
START YOUR PROJECT

Configure your power interconnect.

Define your requirements or work with a Silentra engineer.

Talk to an Engineer