Parker Launches its Second-Generation Global Vehicle Inverter Series

Parker Hannifin launches the second-generation Global Vehicle Inverter series, including two power configurations, 75kW and 250kW, with enhanced longevity and connectivity.

Parker Hannifin has showcased the new Global Vehicle Inverter (GVI) series at the Bauma 2025 exhibition in Munich. The new second-generation Global Vehicle Inverter (GVI) series has been developed to meet the evolving needs of OEMs building electric and hybrid vehicles for on- and off-road applications. Building on its predecessor, the GVI GEN 2 delivers enhanced motor control for both traction and auxiliary functions, improved safety features and greater design flexibility needed across multiple industries, including construction, mining, material handling, agriculture, and transportation.

GVI GEN 2: New and Improved Features

Parker offers the GVI GEN 2 in two power configurations — 75kW and 250kW — with a 125kW coming soon. The GVI GEN 2 provides a perfect match for the Parker Global Vehicle Motor (GVM) range of permanent magnet AC (PMAC) motors to deliver high power density and energy efficiency.

The GVI GEN 2 comes with advanced safety features, ensuring it meets the standards for critical automotive applications. These include Safe Torque Off (STO), High Voltage Interlock Loop (HVIL), active and passive discharge, and high-speed overvoltage protection. To increase energy efficiency and longevity, the GVI GEN 2 incorporates advanced liquid cooling to reduce thermal stress for optimum performance under harsh operating conditions. The inverter series has a wide operating voltage, from 200 to 750 VDC, allowing OEMs to adapt to various vehicle platforms. Additionally, its rugged design and IP67/IP6K9K rating ensure reliable operation in extreme environments.

GVI onboard I/Os provide enhanced connectivity, making it easier to integrate the inverter into existing systems. The GVI GEN 2 also boasts internal EMI filters, high-voltage PowerLok connections, and flexible mounting options, offering adaptability across a broad spectrum of applications. Its robust platform, coupled with intelligent control software, allows OEMs to improve vehicle efficiency and performance throughout the speed range.