300 Tons Rail-Road Vehicle for Coil Plant Handling
Production Challenges
A major coal processing plant has long faced challenges in its internal transfer operations. Using traditional diesel powered tow tractors to move fully loaded coal haulers is constrained by fixed routes and emission restrictions. Additionally, the high temperature working environment leads to frequent vehicle failures,seriously impacting overall logistics efficiency and operational safety.
Solution
Based on customer requirements and the application environment, we have designed and manufactured this 300 tons battery powered rail-road vehicle. The vehicle features box-girder frame and a custom square platform, equipped with cast steel wheels and an intelligent traction system.
It is powered by a high temperature resistant battery system and includes multiple safety protection components such as a laser dead man stop. Operators can precisely control the vehicle to switch freely between rail and ground movement within the plant area via wireless remote control and an intelligent coded control system.
Advantages
Green and Efficient: Vehicle powered by electric achieves zero emissions, with no strict range limitations, breaking the constraints of traditional rail systems.
Intelligent and Reliable: Integrates remote control, audible and visual alarms, power monitoring, and emergency stop protection, offering intuitive and simple human-machine interaction.
Heavy Duty and Flexible: With a 300 tons load capacity, it is suited for transporting large coal haulers. The relatively compact body of the rail-road vehicle significantly optimizes space utilization.
Application
In actual operations, the operator remotely controls the vehicle to drive onto the rail, automatically couple with a loaded coal hauler, and smoothly tow it to the target unloading area.
Throughout the process, the laser anti-collision system monitors the surrounding environment in real time.
This hauling vehicle addresses the pain points of coal haulers,"non-compliant environmental standards, low transfer efficiency, and high safety risks",making it a benchmark piece of equipment widely applicable to heavy material transfer in energy, mining, and related industries.
