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Walk inside Abu Dhabi airport, generate electricity

This electricity is being used to power local LED lighting and provide a data feed.

Abu Dhabi airport on Wednesday announced the launch of an interactive walkway that will convert the energy from the footsteps of travellers into electricity.

The 16 sq.m energy harvesting walkway, put together by UK-based Pavegen and Abu Dhabi's Masdar, connects two terminals within the airport.

The footsteps of around 8,000 travellers per day will be captured and converted into electrical energy to track footfall data and power lighting along the walkway as they pass between Terminals 1 and 3 of the airport. The system incorporates screens to highlight how much energy is being harvested with a special game interface for children that shows airplanes rising and descending according to how much energy is being generated.

Commenting on the new project, Ahmed Al Shamisi, acting Chief Operations Officer at Abu Dhabi Airports, said: "We've partnered with Masdar to install the Pavegen walkway, poised to power the data-driven, smart cities of tomorrow. Through this collaboration, Abu Dhabi Airports aims to further its commitment to sustainable practices, educating travellers and residents alike about different sources of off-grid energy and data."

"Our environmental performance and green initiatives demonstrates Abu Dhabi Airports' commitment to delivering innovative solutions for the international aviation community."

The articulated flooring surface is constructed from a series of interlocking triangles. As people walk across the patented system, electromagnetic generators produce off-grid energy. This electricity is being used to power local LED lighting and to provide a data feed.

Laurence Kemball-Cook, founder and CEO, Pavegen said: "With millions of visitors a day, airports are a key destination for our energy and data generating technology. As the first major Pavegen permanent installation in the Middle East, this a key milestone for us as we look to grow our presence in this fast-changing region."