Case Study: Chassis for New Energy Special-Purpose Mine Vehicles
An integrated "Three-Electric" (battery, motor, and electronic control) platform chassis designed for complex mining conditions; it combines safety, efficiency, flexibility, and scalability to fully support the electrification upgrade of mining transport equipment.
Highly Adaptable Platform (Scalable from 3 to 8 Tons)
A modular chassis platform based on a unified "Three-Electric" architecture, covering payload capacities of 3T, 5T, and 8T, and adaptable to various mining scenarios such as cargo transport and personnel carriers;
Features a compact vehicle layout with a short wheelbase and high ground clearance, ensuring stable maneuverability within narrow mine roadways.
Application-Specific Safety System (Electric Braking + Wet Braking + Redundant Control)
Utilizes a dual-channel redundancy mechanism combining electric braking and mechanical wet braking, offering rapid response and high resistance to dust and water;
Incorporates energy regeneration, insulation monitoring, and high-voltage safety interlocks to meet stringent safety standards for confined mining environments and minimize the risk of thermal runaway.
Small Turning Radius Design (Suited for Narrow Roadways)
Equipped with an all-wheel steering system that reduces the minimum turning radius by 30–40% compared to traditional chassis; this offers a distinct advantage in narrow, winding, and multi-junction mine environments, significantly enhancing U-turn efficiency and operational flexibility.
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