Improving aircraft performance through hybridisation

As we strive to reduce our environmental impact, hybridisation is one of the levers we can use to improve aircraft performance and reduce fuel consumption.

Creating and deploying hybrid solutions relies on the entire ecosystem working together. Collaboration between players in the transport sector, engine manufacturers and partners will all contribute to the cleaner, hybrid future that we envisage. 

This session brought together diverse views on this cross-industry issue. 

Watch the Airbus Summit replay here!

We welcome any technological advance that can lessen our environmental impact and help us to tackle climate change. 

The automotive industry has led the way in vehicle hybridisation and electrification. This panel demonstrated how cross-industry collaboration is a key driver of technological breakthroughs. 

Hybridisation will allow us to improve aircraft performance and reduce fuel consumption. It has already been introduced in Airbus helicopters. We will explore how hybridisation can benefit our commercial aircraft too.

We took a look at how our partners use hybridisation and how we are working together with engine manufacturers and OEM to innovate and progress.

Highlights 


 

  • In the automotive industry, vehicle hybridisation has been a stepping-stone towards electrification. The aerospace sector is now on a similar journey, through the incremental adoption of hybrid-electric propulsion. Hybridisation is a further means of improving aircraft efficiency, but a 100% electric aircraft is not realistic.
     
  • In terms of Airbus’ roadmap for energy-related technologies, developments are not sequential. There are a number of exploratory hybridisation projects running concurrently based on a common technology ‘block’ of 300/500 KW. They could benefit a wide range of Airbus products.
     
  • Several of these projects are being run in conjunction with Airbus’ aerospace partners, as this is very much a collective endeavour. Some are also supported by the European Union, as part of its Clean Aviation programme. 
     
  • Hybrid-electric flight can benefit from the lessons learned within the automotive industry, and at Airbus we are also building on our own considerable experience in battery research and electric propulsion. 
     
  • Airbus and Renault have a common ambition evidenced by a new partnership agreement announced during the event. The partnership is particularly focused on energy management and battery research.

Speakers


 

Jane Amilhat

Jane Amilhat

EUROPEAN COMMISSION

Head of Unit Low Emission future industries

Patrick Bastard

Patrick Bastard

RENAULT GROUP

VP Research

Frank Haselbach

Frank Haselbach

AIRBUS

SVP Propulsion Engineering

Sabine Klauke

Sabine Klauke

AIRBUS

Chief Technical Officer

Karim Mokaddem

Karim Mokaddem

AIRBUS

Head of Electrification

Jean-Francois Salessy

Jean-Francois Salessy

RENAULT GROUP

VP, Advanced Technologies and Expertise

Related news


 

Innovation
Airbus and Renault Group to advance research on electrification
Airbus and Renault Group, worldwide leaders in the aerospace and automotive industries, have signed a research and development agreement which aims at enhancing transversalities and synergies to accelerate both companies’ electrification roadmaps, improving their respective range of products. This partnership will help Airbus mature technologies associated with future hybrid-electric aircraft and will be detailed at the Airbus Summit taking place 30 November - 1 December.
Read more
Photo_SWITCH_Copyright-MTU Aero Engines
Innovation
Clean Aviation SWITCH Project to Advance Hybrid-Electric and Water Enhanced Turbofan Technologies
A group of aerospace technology companies have announced the formation of a collaborative consortium to develop hybrid-electric and water-enhanced turbofan technology for future aircraft propulsion systems, supported by the European Union Clean Aviation Joint Undertaking (Clean Aviation).
Read more
EcoPulse™ - A new approach to distributed propulsion for aircraft developed by Airbus, Daher and Safran
Innovation
Airbus’ high-voltage battery technology prepares for EcoPulse flight test and beyond
The new battery in the EcoPulse demonstrator is Airbus’ latest “technology brick” to enable our future aircraft to further support decarbonisation
Read more
Innovation
EcoPulse™ demonstrator completes wind tunnel testing
The EcoPulse™ distributed propulsion hybrid aircraft demonstrator – which is being developed by Daher, Safran and Airbus with the support of France’s Civil Aviation Research Council (CORAC) and French Civil Aviation Authority (DGAC) – has successfully completed wind tunnel testing at the Airbus UK Filton facility.
Read more

Event materials


 

Airbus Energy Roadmap 2022

Download 

In flight, the aircraft uses several energy sources, either in tandem or alternately. The combination of energy sources - jet fuel or sustainable aviation fuels with electricity - enables us to optimise overall energy efficiency and reduce fuel consumption.

Download 

Media Centre

Browse our Airbus Summit 2022 downloadable assets

Discover more


 

EcoPulse™ is a distributed hybrid-propulsion aircraft demonstrator developed in partnership with Daher and Safran with the support of France’s CORAC and DGAC.

Electric flight

Laying the groundwork for zero-emission aviation

MAVERIC 3D

The Airbus NOVA Newsletter

Airbus Summit | Topics in focus

Lunar base made with 3D printing

What’s next in Space

Exploring the potential of the Moon

Decarbonising growth

Decarbonising now

The airline and energy provider perspective

Airbus hydrogen-powered aircraft

ZEROe unfiltered

The subtle art of powering an aircraft with hydrogen

Energy transformation

Let’s get hybrid!

Improving aircraft performance through hybridisation

Towards clean vertical flight

Bringing the industry together

Sky

Together towards net zero

United behind a collective challenge

Airbus-COP26

Building a stronger Europe

Defence, security and sustainability

Ushering in the next generation of CityAirbus, the fully electric vehicle is equipped with fixed wings, a V-shaped tail, and eight electrically powered propellers as part of its uniquely designed distributed propulsion system.

How UAM can be a lifesaver

New possibilities to serve society