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Article · World Electric Vehicle Journal · May 6, 2025

Hybridization of ADM-Type Rail Service Cars for Enhanced Efficiency and Environmental Sustainability

Ziyoda Mukhamedova, Ergash Asatov, Kuchkarbaev Rustam Utkurovich, Gulamova Madina Djavdatovna, Mukhamedova Dilbar Gafurdjanovna

Ziyoda Mukhamedova
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Abstract

The hybridization of ADM-Type Rail Service Cars aims to enhance energy efficiency, environmental sustainability, and cost-effectiveness within Uzbekistan’s railway network. Diesel-powered service cars currently contribute to high fuel consumption, elevated emissions, and costly maintenance, necessitating a transition to hybrid technology. This study introduces an innovative “sequence of linear sets–torsion electric motor–wheel pairs” design, optimizing torque distribution and power efficiency for improved operational reliability. Through system modeling, performance simulations, and real-world field trials, the hybrid system demonstrates a 15% reduction in energy consumption, a 25% decrease in CO2 emissions, and up to 30% lower maintenance costs compared to conventional diesel models. Additionally, the hybrid technology enhances operational flexibility, allowing seamless functionality on both electrified and non-electrified railway lines. From an economic perspective, retrofitting existing service cars instead of full fleet replacement provides a cost-effective alternative, offering an estimated 10-year return on investment (ROI) through fuel savings and reduced downtime. This initiative directly supports Uzbekistan’s Green Development Strategy and railway modernization plans while holding significant commercialization potential in Central Asia and other regions with aging railway infrastructure. By addressing technical scalability, regulatory compliance, and economic feasibility, this study proposes a practical and timely hybrid retrofit solution for sustainable railway operations, aligning current industry needs with long-term environmental and financial benefits.

Electric and Hybrid Vehicle TechnologiesRailway Systems and Energy EfficiencyRailway Engineering and Dynamicstraction motorstorque distributionenergy consumption reduction

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