Demonstrators for innovative hybrid aircraft propulsion systems
Developing the low-carbon aircraft of tomorrow is a key concern for all players in the aeronautics industry.
As part of the drive to reduce gas emissions from air traffic, the risks associated with the mechanical integration of new equipment in hybrid-electric propulsion systems are being addressed.
Electric hybridization of aircraft engines has been identified as a promising technology for reducing emissions, covering a wide range of aircraft.
01
Eliminate the risks associated with the effects of installing an electrical machine in a propulsion system
02
Develop a predictive methodology for the dynamic calculation of hybridized shaft lines, validated on a partial bench.
03
Build and test a hybrid electric turboprop engine ground demonstrator
01
Optimizing the electromagnetic design of electrical machines to analyze installation effects in an aircraft engine
02
Partial bench validation
03
Development of a hybrid electric turboprop ground test vehicle
04
Creation of a digital demonstrator
Turbolab is an ongoing project; no results can be presented at present.
Our ambitions at the pre-project stage are focused on eliminating the risks associated with the following physical phenomena:
