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Within the Clean Aviation TheMa4HERA project, DLR is developing an integrated digital twin of the aircraft’s electrical Environmental Control System. The Modelica-based virtual testbench enables dynamic, mission-level simulation of cabin climate, airflow and cooling performance, supporting early system validation, sizing and design decisions for future hybrid-electric and fuel-cell aircraft.
Visualisation of a Digital Twin for Next-Generation Aircraft Thermal Management
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Visualisation of a Digital Twin for Next-Generation Aircraft Thermal Management
Within the Clean Aviation TheMa4HERA project, DLR is developing an integrated digital twin of the aircraft’s electrical Environmental Control System. The Modelica-based virtual testbench enables dynamic, mission-level simulation of cabin climate, airflow and cooling performance, supporting early system validation, sizing and design decisions for future hybrid-electric and fuel-cell aircraft.
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DLR develops future cabin concepts end-to-end - from innovative seats to sustainable propulsion systems. The digital thread ties all disciplines and stakeholders together, enabling collaborative decision-making and holistic optimisation for tomorrow’s aviation.
Designing the Future of Aviation End-to-End – Connected by the Digital Thread
Your consent to the storage of data ('cookies') is required for the playback of this video on Quickchannel.com. You can view and change your current data storage settings at any time under privacy.
Designing the Future of Aviation End-to-End – Connected by the Digital Thread
DLR develops future cabin concepts end-to-end - from innovative seats to sustainable propulsion systems. The digital thread ties all disciplines and stakeholders together, enabling collaborative decision-making and holistic optimisation for tomorrow’s aviation.
Credit: