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> "no real mass produced passenger plane today can use that electricity for flight (thrust)"

Such aircraft do exist. For example, the Pipistrel Velis Electro trainer. And more recently, the Rhyxeon RX4E became the first electric aircraft to be type-certified for commercial passenger operations.

It's likely that we'll see many more electric fan aircraft in the coming years/decades, whether powered by batteries and/or hydrogen fuel cells, or hybrids with both conventional turbofan and electric propulsion in order to improve efficiency and environmental performance.



> It has a cruise speed of about 200 km/h (\(124\) mph), a payload of \(350\) kg (\(770\) lbs), and a range of approximately 300 km (\(186\) miles)

While it’s a real plane, I think we can both agree this is more of a prototype than what the general public would consider to be a passenger plane.

Yes, energy recovery is possible. It’s not happening currently in commercial aviation.




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