Advanced Solutions for Defense Modernization: Propulsion, Sensors, Communication & Augmented Reality Systems
Power & Thermal Management System (PTMS) Cutting-edge aircraft PTMS for advanced power generation and enhanced cooling capability
Power & Thermal Management System (PTMS)

Cutting-edge aircraft PTMS for advanced power generation and enhanced cooling capability

The Power and Thermal Management System (PTMS), developed by Honeywell, seamlessly combines four essential aircraft systems, enhancing efficiency, reliability, and cost-effectiveness throughout the system's life cycle. Honeywell's innovative PTMS merges the functionalities of a traditional auxiliary power unit (APU), environmental control system (ECS), emergency power system (EPU), and thermal management system (TMS) into one cohesive unit. Visit Website Contact
Saved
Save
Power & Thermal Management System (PTMS)

Utilizing shared turbomachinery to fulfil both power generation and cooling requirements, Honeywell’s Power and Thermal Management System optimizes efficiency, resulting in a notable reduction in overall aircraft size and weight, particularly evident in existing military configurations.

Throughout extensive flight operations spanning hundreds of thousands of hours, the PTMS has consistently delivered reliable performance to its operators, facilitating main engine starting, effective cooling, ground maintenance, and timely provision of emergency power whenever necessary.

This pioneering integration is showcased on the F-35 Joint Strike Fighter aircraft and is adaptable for more electric architecture (MEA) aircraft.

Advantages over conventional solutions include:

  • Reduction in aircraft weight by approximately 1,000 pounds>
  • Marked improvement in reliability
  • Lowering of aircraft life cycle costs
  • Shortening of aircraft length by around 10 inches

On the F-35 platform, the integrated power package provided by the PTMS caters to the electrical power demands for main engine startup, auxiliary functions, and emergency power requirements while effectively managing the aircraft’s thermal loads.