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A groundbreaking renewable-energy technology for reducing truck emissions

A groundbreaking renewable-energy technology for reducing truck emissions


TuWing UG is a German SME, based in Berlin, and is specialised in the development of technologies for reducing passenger and commercial vehicle energy consumption.

Today, trucks are representing a significant contributor for the overall transport emissions (CO2, NOx and particulates) within the EU which shall be mitigated according EU white paper for a more efficient and cleaner EU transport system until 2050 Globally, transportation is accountable for 21,7% (approx. 7 billion metric tonnes) of fossil fuel CO2 emissions, 50% of NOx emissions and significant amounts of other pollutants. Further, fossil fuels used in transportation cost its users around 100 trillion dollars per year.

Due to more stringent emission regulations in the EU from 2017 onwards, the competiveness of the end-user e.g. forwarding companies will be stronger influenced by the truck efficiency in the future. Today’s truck fuel costs are presenting 25%-33% of the operating costs which can be either reduced by e.g. a more efficient truck engine and / or by an upgrade (aerodynamic etc.).

Actually, SoA technologies like “Active Aero” or “Platooning” lead to fuel saving benefits of only between 3% - 10% but depend on boundary conditions e.g. at least three trucks are required for platooning.

Therefore, Tuwing has developed X-TEC, a low-cost fabricated truck upgrade with significant fuel saving benefit that will become highly attractive for end-users. X-TEC is reliable, pragmatic and without logistic disadvantages able to support the EU white paper objectives by being an unconventional groundbreaking technology for significant fuel saving at trucks by at least 30% and will lead to a significant reduction of emissions (e.g. CO2).
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Fahlmannweg 12
14089 Berlin


Activity type

Private for-profit entities (excluding Higher or Secondary Education Establishments)

EU Contribution

€ 50 000

Project information

Grant agreement ID: 808191


Closed project

  • Start date

    1 February 2018

  • End date

    31 July 2018

Funded under:




  • Overall budget:

    € 71 429

  • EU contribution

    € 50 000

Coordinated by: