Electric Vehicles
Battery packs, PDU, OBC, inverters and e-drive
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Applications
An interconnect is part of a complete current path.
Understand each requirement in its real installation, load and environment across EV, storage, charging and power-electronics systems.
Energy Storage
Battery racks, aggregation, PCS and cabinet connections
EV Charging
Charging modules, distribution and high-power output
Solar & Power Electronics
Inverters, drives, rectifiers and industrial power
ENGINEERING CONTEXT
Performance, cost and delivery must align.
Cost & Lightweighting
Assess where copper-aluminum or partial substitution is viable, including copper savings, joint limits and lifecycle cost.
Copper reductionWeight optimizationCost boundaries
Thermal & Joint Reliability
Address temperature rise and long-term risk through current capacity, contact resistance, fastening, plating and duty cycle.
Temperature riseInterface reliabilityFailure analysis
Manufacturability & Sourcing
Translate design intent into material, temper, tolerance, process, inspection and delivery requirements.
Drawing reviewProcess assessmentSupplier alignment
PROJECT INQUIRY · RFQ
Describe the project. Start with feasibility.
Prepare the following information where possible. An incomplete brief is still enough to start a discussion.