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Tickets for the PCIM Expo & Conference 2026

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Leadrive Technology (Shanghai) Co., Ltd.

DrivePACK-2

DrivePACK-2

Leadrive Technology (Shanghai) Co., Ltd.

Description

DrivePACK-II, a robust high-power module of ultra-large current output and low stray inductance leveraging innovative material modification plus enhanced terminal design based on the classic module footprint, is now available in 3-level topology to cope with the next-gen streamlined heavy-duty EV system architecture of faster charging, extended per-charge range, elevated DC bus voltage up to 1500V, higher power density, and lower power consumption.

More products by Leadrive Technology (Shanghai) Co., Ltd.

PowerBlock-DSC


Product Introduction
Our cutting-edge power electronic module is engineered to redefine efficiency and reliability in power applications. By streamlining and integrating key components into a unified architecture, it delivers more efficient, reliable, and scalable system designs—particularly for next-generation, challenging power-electronic applications such as multiple electric vehicles.
Key Advantages:
Compact, lightweight integration – Weighing only 2.75 kg, the module saves valuable footprint and simplifies assembly processes in tight installations
Reduced system complexity – Combines in-house developed Power Modules, DC-link capacitors, coreless current sensors, AC busbars, and cooling interface into a single unit, minimizing external connections and assembly steps
Improved electrical performance – Low stray inductance design helps suppress voltage overshoot and electromagnetic interference, contributing to smoother gate driving and higher power quality
Enhanced signal accuracy and control stability – Integrated coreless current sensing enables fast, precise current feedback with excellent thermal stability, supporting advanced control strategies
Faster time-to-market and simplified commissioning – Pre-validated subsystem reduces engineering effort during system integration and lowers risk of field issues
Higher overall system reliability – Fewer interfaces and connections reduce potential failure points, supporting longer service life and reduced maintenance needs
This system-top-down approach supports robust, scalable power-inverter systems—ideal for multiple electric vehicles, renewable energy, industrial drives, and grid infrastructure where performance, serviceability, reliability, and lifecycle cost matter most.

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