Features of Auxiliary Power Supply in Locomotives

Thanks to the numerous advancements in technology, the locomotive industry has also seen a massive shift from contemporary to modern solutions that are easier to maintain and help conserve much more energy than ever before. Today, trains are equipped with multiple auxiliary power supply systems that offer various benefits and add to the smart mass-transportation network for a better tomorrow. Auxiliary power supply in a train can provide thermal comfort, ensure good air quality, stable train operations, and less frequent stops, as well as easier maintenance. Auxiliary power supply in a train supplies the power required for the proper and comfortable operations of the locomotive. Here’s more about some of the top features of auxiliary power supply systems in rolling stock in the railway.

Energy Efficient

Auxiliary power supply in locomotives provides more than just supply power for loads. It also helps optimise energy consumption, which leads to energy savings. The locomotive industry can consume a lot of energy as per the operations necessary today. Hence, auxiliary power supply becomes important to help in energy savings, contributing to environmental sustainability as well.

Compact and Lightweight

The auxiliary power systems used in rolling stock in the railway system today are compact and lightweight. Efficiency is one of the prime factors when additional power supply sources are considered for locomotives and auxiliary power systems can help achieve the same, which is further helped by their compact and lightweight nature.

Safer Operations

Locomotives carry a substantial amount of people and loads from one place to another. Hence, safety in terms of operations is one of the prime concerns for the mass-urban transportation system. The auxiliary power systems help maintain real-time train movement and channelise routes for better safety and time management.

Reliable

The propulsion system powered by an auxiliary power system in rolling stock in the railway system is capable of enduring severe conditions that make the system reliable and one of the most adopted technologies in the railway industry. The auxiliary system can withstand conditions like high temperatures, high humidity, and thick dust, both internally and externally.

The various features of the auxiliary power supply systems for locomotives contribute to reliable, safe, and comfortable operations with enhanced system integration and better maintenance. The advanced technology in locomotives lead to technology-friendly urban infrastructure through integrated smart connected resources.