In this on-demand webinar, experts from Airbus Defence and Space and Alter Technology introduce the concept and development of a Distributed Thermal Control System (DTCS) based on SmartHeaters®—a novel approach to thermal management in space applications.
Traditional centralised thermal control systems present limitations in flexibility, weight, and power optimisation. The DTCS aims to address these challenges by distributing intelligence and control across multiple heater nodes, enhancing system-level performance, reliability, and energy efficiency.
The session covers:
- The motivation behind DTCS development
- System architecture and SmartHeater® design
- Key benefits for spacecraft thermal control (e.g., redundancy, scalability, efficiency)
- Implementation challenges and solutions
- Testing methodologies and results
Whether you’re involved in spacecraft design, thermal engineering, or systems architecture, this session offers valuable insights into the future of intelligent thermal control in demanding space environments.
Dimas Morilla
Dimas Morilla is Head of the RIT (Receiving and Incoming Testing) and DPA/FA Laboratories at Alter Technology, with two decades of experience in the aerospace sector. He holds a degree in Physics (Electronics Specialty) from the University of Seville, where he was awarded for the best academic record in his class. Since 2004, he has supported major European space programs including ATV, Herschel-Planck, Sentinel-3, Bepi-Colombo, and Solar Orbiter. His expertise spans a wide range of inspection and analysis techniques such as CSAM, SEM, PIND, and microsectioning. Dimas also holds multiple ECSS certifications in high-reliability soldering, crimping, and inspection of EEE components.
