Kia’s PV5 Wins the “2026 International Van of the Year”

Kia’s PV5 Wins the “2026 International Van of the Year”

Summary

Kia's PV5, the first fully electric van from the brand, has won the prestigious 2026 International Van of the Year award, recognized for its technological innovation by 26 leading commercial vehicle journalists globally.

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Key Insights

What makes the Kia PV5 different from traditional commercial vans?
The Kia PV5 is Kia's first fully electric van, representing a significant shift from conventional diesel or gasoline-powered commercial vehicles. Unlike traditional vans, the PV5 produces zero direct emissions and offers advanced electric drivetrain technology with a permanent magnet synchronous motor. It comes in two main variants: the PV5 Cargo for commercial delivery and logistics, and the PV5 Passenger for people transportation. The vehicle features a modular electric platform (E-GMP.S) that allows for flexible configurations, making it adaptable for various business needs. Additionally, the PV5 includes modern technology features such as an Android OS-based infotainment system with OTA updates, Digital Key 2.0, and advanced driver assistance systems (ADAS), which are not typically standard in traditional commercial vans.
Sources: [1], [2]
What is the practical range and charging capability of the Kia PV5?
The Kia PV5 offers impressive range and charging capabilities for a commercial electric vehicle. The PV5 Cargo with the larger 71.2 kWh battery provides up to 416 kilometers (256 miles) of range on a single charge under WLTP combined testing conditions. The vehicle supports fast DC charging at 150kW, allowing it to charge from 10% to 80% in approximately 30 minutes under optimal conditions. For home or workplace charging, the PV5 can be charged using 7kW or 11kW AC chargers, taking between 5 to 10 hours depending on the battery size and charger power. Notably, the PV5 Cargo has set a Guinness World Record by traveling 693.38 kilometers (430.84 miles) on a single charge with maximum payload, demonstrating its efficiency even under demanding commercial conditions.
Sources: [1], [2], [3]
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