Thermal management systems are essential for the smooth operation of railway vehicles and track construction machines. By combining advanced HVAC systems, efficient coolant integration, intelligent software control and robust construction, we ensure that these vehicles operate reliably and in an environmentally-friendly manner under a wide range of conditions. These technologies not only contribute to operational safety and efficiency, but also support the fulfilment of strict environmental and fire protection requirements, such as those set out in EN 45545.
A critical area of thermal management in railway vehicles is the temperature control of batteries. Thermocontrol units monitor and regulate battery temperatures to maximise their performance and service life. Heat pumps, which can be used for both heating and cooling, are often used for this purpose, making them a flexible and efficient solution.
Problem: Customer request for an HVAC system for his track construction machine including the framework conditions to be considered (specifications).
Solution:
Reliability and efficiency.
Railway track construction machines are often used in extreme weather conditions and challenging environments. This requires specialised air conditioning systems that ensure the optimum ambient temperature for operators, which increases both productivity and safety. Efficient HVAC systems help to regulate the temperature in driver cabs and optimise working conditions.
Another important aspect of thermal management for railway vehicles is compliance with railway standards for fire protection, in particular EN 45545. This standard specifies the requirements for the fire behaviour of materials and components in railway vehicles. Thermal management systems must be made of materials that meet these strict fire safety requirements to ensure the safety of passengers and staff. Components such as cables, insulating materials and housings are designed to produce only minimal amounts of smoke or toxic emissions in the event of a fire.
Operational reliability and performance.