JAC Battery Swapping Vehicles Debut With Four New Energy Commercial Models

JAC Motors introduced a new lineup of battery-swapping commercial electric vehicles during a product launch event held in Guangzhou on June 24. The launch included four new models developed to improve operational efficiency for logistics businesses through fast battery-swapping technology. The latest vehicles are engineered to support demanding commercial transportation applications while offering enhanced load-bearing capability, improved driving performance, and optimized energy efficiency. The company also reinforced its long-term strategy by expanding partnerships aimed at accelerating the development of a comprehensive intelligent battery-swapping ecosystem.

Four Commercial Battery-Swapping Models Introduced

The newly launched portfolio consists of the JAC New Energy EV5 81-kWh Battery-Swapping Edition, the Kaida EX6 81-kWh Battery-Swapping Edition, the Van Baolu 56-kWh Battery-Swapping Edition, and the Kunpeng ET9 81-kWh Battery-Swapping Edition. All four vehicles are built around battery-swapping technology and have been designed to address practical logistics requirements. Compared with conventional commercial EVs, the models feature upgrades in chassis durability, payload capability, vehicle dynamics, and power delivery to improve productivity across various transportation applications.

Key Features of the New Models

The four battery-swapping vehicles target different logistics use cases while sharing the advantage of rapid battery replacement technology.

• The JAC New Energy EV5 81-kWh Battery-Swapping Edition is designed for intensive operations such as express delivery, supermarket distribution, and freight logistics platforms, while supporting battery swapping in approximately two minutes.
• The Kaida EX6 81-kWh Battery-Swapping Edition combines a CATL battery with a Prestolite 100-kW electric motor, producing a peak torque of 270 Nm to enhance launch performance and hill-climbing capability.
• The Van Baolu 56-kWh Battery-Swapping Edition incorporates a lightweight body, consumes less than 17 kWh per 100 km, supports two-minute battery swapping, provides a 10-cubic-meter cargo compartment, and increases payload capacity by 25%.
• The Kunpeng ET9 81-kWh Battery-Swapping Edition delivers energy efficiency of 3.3 km/kWh, supports two-minute battery swapping, and offers a driving range exceeding 240 km at 90% state of charge, making it suitable for urban distribution and short-distance intercity transportation.

Model Specifications Overview

The following table summarizes the major specifications and intended applications of the newly launched battery-swapping commercial vehicles.

Strategic Partnerships to Expand Battery-Swapping Infrastructure

During the launch event, JAC Motors also entered into strategic cooperation agreements with CATL and Contemporary Amperex Energy Service Technology Ltd. The collaborations are intended to accelerate the development of an integrated intelligent battery-swapping ecosystem that combines vehicles, battery packs, battery-swapping stations, and cloud-based digital platforms. By strengthening cooperation across the entire value chain, the company aims to improve operational efficiency and support broader adoption of battery-swapping technology in commercial transportation.

Frequently Asked Questions

What new vehicles did JAC Motors introduce at the Guangzhou event?
JAC Motors unveiled four battery-swapping commercial electric vehicle models designed for different logistics applications, each featuring technology that minimizes vehicle downtime through rapid battery replacement. The lineup includes the JAC New Energy EV5 81-kWh Battery-Swapping Edition, Kaida EX6 81-kWh Battery-Swapping Edition, Van Baolu 56-kWh Battery-Swapping Edition, and Kunpeng ET9 81-kWh Battery-Swapping Edition. These models focus on improving logistics efficiency through enhanced payload capacity, energy efficiency, and fast battery-swapping capability.

What advantages does battery-swapping technology provide for commercial logistics?
Battery swapping significantly reduces vehicle downtime by replacing depleted battery packs within about two minutes instead of waiting for conventional charging to finish. This approach allows logistics operators to maximize fleet utilization, improve delivery efficiency, maintain continuous operations during busy schedules, and reduce idle time. It is particularly beneficial for commercial fleets operating in express delivery, urban distribution, supermarket supply chains, and regional freight transportation.

Why are JAC Motors' partnerships with CATL and Contemporary Amperex Energy Service Technology important?
The strategic collaborations are intended to strengthen the complete battery-swapping ecosystem by integrating vehicles, batteries, swapping stations, and cloud-based management platforms into a unified operational network. Working with leading battery technology partners enables JAC Motors to accelerate ecosystem deployment, improve infrastructure availability, support commercial fleet operators, and encourage wider adoption of battery-swapping solutions across the electric commercial vehicle market.