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developed by Collins Aerospace with a highly efficient Pratt &  The programme aims to deliver innovative
        Whitney fuel-burning engine, which has been specially adapted  solutions for sustainable aviation,  with devel-
        for hybrid-electric operation. This powerplant technology will  opment of lighter and more efficient motors,
        reduce fuel burn and CO2 emissions by up to 30 per cent as  electronics, and materials that would help
        compared to today’s most advanced regional turboprop aircraft.  reduce emission levels and improve fuel effi-
        The hybrid-electric powerplant will provide more efficient engine  ciency. These technologies will be tested for
        performance during the different phases of flight, such as take-  future use in smaller, regional aircraft with less
        off, climb and cruise.                                         than 100 passengers, as well as single-aisle
                                                                       commercial airliners designed for around 180

        GE Aerospace                                                   passengers and operating longer-distance
        GE Aerospace is working with NASA on the latter’s, Electrified   flights. NASA aims to conduct at least two
                                                                       flight demonstrations by 2027 to and help
        Powertrain Flight Demonstration (EPFD) programme to advance    transition these technologies into commercial
        electrification of aircraft and engine systems, which seeks to   products within the 2030 to 2035 timeframe.
        introduce electrified aircraft propulsion technologies to U.S. com-
        mercial short-range and regional aviation markets during the   Over  the  course  of  the  US$260  million
        next decade.                                                   programme  with  NASA,  GE  will  mature  a
                                                                       megawatt class hybrid electric powertrain to
                                                                       demonstrate flight readiness for single-aisle
                                                             © NASA    aircraft. A modified Saab 340B aircraft will
                                                                       be used as testbed powered by GE’s CT7-9B
                                                                       turboprop engines. GE has partnered with
                                                                       Boeing, to support the programme’s flight
                                                                       tests  with  BAE  Systems  being  selected  to
                                                                       design,  test  and  supply  energy  manage-
                                                                       ment components. NASA and GE tested the
                                                                       megawatt-class, multi-kilovolt hybrid electric
                                                                       propulsion system in July 2022, at NASA’s
                                                                       Electric Aircraft Testbed (NEAT), located at
                                                                       the agency’s Neil A. Armstrong Test Facility
                                                                       in Sandusky, Ohio. Flight tests are planned to
                                                                       commence in the mid-2020s.

        ASIAN AIRLINES & AEROSPACE                                                          MARCH - APRIL 2023 | 19
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