How Innovative Street Turbines are Turning Wind From Passing Cars into Electricity


Entrepreneur Kerem Deveci, a resident of Istanbul, has designed the wind turbines called ENLIL to harness wind energy and convert it to electricity.

While crossing a busy road have you ever stood at the divider in-between feeling like you might get blown away because of the wind generated by the traffic whizzing past you?

Imagine if there was a way to convert that wind energy into electricity – given the volume of traffic on Indian roads, this might be a rather lucrative proposition.

In 2021, Istanbul Technical University designed and installed wind turbines in the streets of Istanbul to generate electricity using the wind generated by the traffic. The vertical turbines that have been installed along the roads are known as ENLIL and the University has developed this with Devecitech, a tech firm in Istanbul.

It was entrepreneur Kerem Deveci who came up with the idea of building an ENLIL.


Kerem noticed during a journey on Istanbul’s Metrobus network that the vehicle he was travelling on was susceptible to wind influences — the covers of each emergency evacuation value wouldn’t stop flapping because of it.

He subsequently worked on this idea and the prototype of the turbine was made in Kerem’s bedroom.


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A post shared by Kerem Deveci (@keremdeveci_)

According to, wind energy consumption hit record highs in Turkey last year and there is a burgeoning appetite for clean innovation. As of 2020, over 8 per cent of the country’s entire energy network is produced by wind power.

Though ENLIL may still be in its nascent stages, the project was given the ‘ClimateLaunchpad Urban Transitions Award’, and won the Mercedes-Benz Turkish StartUP Competition before it had even exited its research and development phase.

A successful rollout of the device across the Turkish capital could see other cities across Europe adopt similar initiatives.

Salient Features of ENLIL:

· These wind turbines have been built with sensors to keep a record of the atmospheric variables like temperature and humidity.
· They can also detect earthquake activity and carbon footprint.
· While these turbines are not very massive their blades are powerful enough to produce one kilowatt of energy an hour.
· Each ENLIL is fitted with a solar panel, which in turn can produce electricity that can power up to two households for a day.
· It will also measure the city’s temperature, humidity, wind and CO2 by using the built-in sensors and the IoT platform.

Closer home, Prashanth D, a 2017 batch Mechanical Engineering student from RVCE college of engineering, developed a vertical axis wind turbine in 2017.

(Edited by Yoshita Rao)

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