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Tech

Bristol University graduates secure £1.6m to scale wind turbine inspection start-up

Perceptual Robotics has developed technology it hopes can reduce maintenance costs within green energy

Perceptual Robotics founders (from left) Dimitris Nikolaidis, Kevin Driscoll-Lind and Kostas Karachalios(Image: Perceptual Robotics)

A robotics start-up in Bristol that develops technology it hopes can reduce maintenance costs associated with green energy has secured £1.6m funding to grow the business.

Perceptual Robotics uses autonomous drones to map wind turbines, before passing the images onto a cloud-based artificial intelligence system which processes them to detect damage.

The company’s founders, who met at the University of Bristol, believe their technology is two thirds cheaper than existing methods of detection and can reduce the total cost of wind turbine blade maintenance by up to 30%.

Mechanical engineering graduates Dimitris Nikolaidis, Kevin Driscoll-Lind and Kostas Karachalios say their technology is more reliable, efficient and cost effective than other methods of wind turbine inspection, such as rope-access technicians.

The trio worked for energy, hardware and large-scale software firms before launching their own venture in 2016 before joining the Bristol Robotics Laboratory Incubator, jointly run by the University of Bristol and the University of the West of England (UWE).

In 2019 the growing company opened a Greek subsidiary in Athens, expanding its team and capacity to deliver for customers across Europe.

Following its latest funding round Mr Karachalios, Perceptual Robotics chief executive, said the company’s future was “bright and exciting”.

He said he hoped the backing the business had received would help it to add “exceptional people” to its offices in Greece and at the Future Space laboratory on Filton Road.