Paths to Green

In January 2019, UK-based Rolls-Royce also announced it had a team developing a zero-emissions electric aircraft capable of over 450km/h, using the ‘most powerful battery ever built for flight’. Whilst battery power would seem like the logical solution to store the required energy, this in itself presents a whole series of new challenges.

Prototype electric aircraft hold no more than four passengers, a whole world away from kerosene-fueled commercial flights carrying upwards of 150 people and all that luggage. The challenge isn’t simply the size of the battery or energy storage either, but the reliability crucially required to ensure flight-critical systems are powered at all times. Not to mention charging times and dealing with the enormous heat generated by batteries of the required size. 

But there are solutions. Smaller aircraft, with lower passenger capacities, would reduce energy requirements. They would also be quieter, lighter and able to use shorter runways, potentially leading to cheaper ticket prices — likely to incentivize airlines to develop this new technology.

Looking ahead, London’s Heathrow airport expects to see electric aircraft in operation by 2030, offering to waive landing fees of operators for their first year. In July 2018, Norway’s transport minister announced a commitment to use electric aircraft for all short-haul domestic flights by 2040— the country is ideal due to the number of small airports and short routes used to navigate its tricky terrain.

With many big players already working to deploy the first commercial electric aircraft, it seems as if Brditschka’s dream may finally become reality as the green revolution reaches the aviation sector. In the course of the next few decades, we might all begin to enjoy cleaner, quieter, cheaper and more readily available air travel. 

Previously Featured in SECO Tools' EDGE Magazine.