A Lufthansa aircraft
Airlines in the Lufthansa Group have once again set a record for efficiency.
In 2014, the planes of the passenger fleets only used an average of 3.84 litres of kerosene (2013: 3.91 l/100pkm) to carry a passenger over 100 kilometres. This represents an improvement of 1.6 percent over the previous year.
As in previous years, the Group has thus met the demanding aerospace industry target of annual efficiency gains of 1.5 percent.
Whether Lufthansa, Swiss, Austrian Airlines or Germanwings- all airlines in the Lufthansa Group have ​​continued to improve their specific consumption values.
The cargo aircraft of Lufthansa Cargo were also more efficient than ever, with 0.183 litres/tonne kilometres – an improvement of 5.2 percent over 2013.
The further reduction of specific fuel consumption is foreseeable through the investment in new, more efficient and low-noise aircraft.
Lufthansa has now put the last of 19 Boeing 747-8 aircraft into service.
The aircraft is 15 percent more fuel efficient than its predecessor model B 747-400.
By 2025, the company will receive 272 aircraft at a list value of 38 billion euros. This is the biggest fleet modernisation programme in the history of the Lufthansa Group. In 2015 alone, 17 aircraft will be delivered to the Group.
In 2014, Group-wide efficiency in cargo transportation was increased by 0.8 percent. In the reporting year 2014, the absolute fuel consumption in the Group increased slightly by 0.7 percent with an increase in transport capacity of 1.9 percent, so the trend towards the decoupling of transport capacity and fuel consumption was also continued successfully.
In addition to numerous programmes for the more efficient use of the resource kerosene, the Group is also focusing on the research and use of alternative, low-CO2 fuels.
The Lufthansa Group is also engaged in the electromobility initiative E-PORT AN at Frankfurt Airport in order to make the taxing and towing operations of aircraft more efficient through the use of electromobility and thus reduce kerosene consumption and CO2 emissions on the ground.
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