Energy and propulsion systems
The ESP Carnot Institute gathers academic research laboratories
of excellence and Regional Centers for Innovation and Technology
Transfer focused on topics related to Energy and Propulsion
Systems (ESP).
Partnership is the key figure of the technological research
approach of our institute.
Our multidisciplinarity helps meet your needs now and into
the future by providing you with support and expertise for your
research and innovation projects with one goal: contribute to
the development of innovative equipments that use energy more
efficiently and limit the impact on the environment.
Optimizing energy and environmental performance:
a need in order to face some major issues of the 21st Century
Target markets
•
Aerospace and surface transportation
•
Energy
•
Environment
•
Electronics and micro technologies
•
Lasers and optical metrology
A highly developed partnership
research
Most research activities of the
ESP Carnot institute deals with
industrial needs and is carried out
in partnership with companies.
The ESP Carnot Institute supports
the regional Normandie AeroEspace and
Energies Haute-Normandie networks.
Its teams are research actors in a lot
of French “pôle de compétitivité” clusters
such as MOV’EO, Aerospace Valley,
ASTech, Nov@log, TES, System@tic
Strong synergies between various
skills enabling a multidisciplinary
approach
The ESP Carnot Institute provides its
partners with expertise, know-how and
relevant measurement means in the fields
related to the optimization of energy systems
and propulsion systems: from fluid mechanics
and energetics to the study of the emissions
and their environmental impacts, as well as
materials, acoustics and embedded systems.
The ESP Carnot Institute teams are
located in the same area and they are used
to implement joint projects while having
complementary means. That enables
them to offer a suitable answer to the
industrial problems through an approach
ranging from the most fundamental
stage to the pre-competitive one.
The ESP Carnot Institute aims
to successfully implement new
transformation processes which require
less energy and which are more reliable
and environmentally favourable.
www.carnot-esp.fr
Automotive Fuel injector : from fuel flow through
the injector to its atomization inside the engine
Direct Numerical Simulation of PRECCINSTA
burner with YALES2, currently tested at the
German Aerospace Center (DLR).