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BMW Trials UK’s First “Motionless” Wind Energy System

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The UK’s first “motionless” wind energy system has been installed on the roof of BMW Group’s (BMW’s) Oxford Plant. Aeromine Technologies designed the wind energy unit, which features wing-like vertical airfoils that create a vacuum effect, drawing air behind an internal propeller to generate clean electricity.

BMW Group (BMW) announced the installation of the UK’s first “motionless” wind energy system at its MINI manufacturing plant in Oxford. Utilizing Aeromine Technologies’ low-impact technology, the system harnesses wind power to produce clean energy without visible moving parts. BMW Group’s Oxford Plant will serve as a testbed for this technology, assessing its potential to enhance energy efficiency across BMW sites around the world, as well as commercial buildings in the UK.

This energy project is part of the BMW Startup Garage, a business unit dedicated to supporting early-stage startups working on cutting-edge technologies. It focuses on testing a functional product, at least in the form of a prototype, during a pilot project and commissioning the startup as a supplier at an early stage. Rather than acting as an investor through venture capital, the BMW Startup Garage is taking on the role of a customer, or what BWM calls a “venture client”.

Aeromine Technologies designed the wind energy unit, which is installed on the edge of a building and oriented towards the prevailing wind. The unit features wing-like vertical airfoils that create a vacuum effect, drawing air behind an internal propeller to generate clean electricity. Unlike traditional wind turbines, Aeromine’s bladeless design minimizes noise and vibrations, ensuring no disturbance to buildings or the surrounding environment and with minimal impact on avian wildlife. Additionally, the unit is constructed from highly durable, recyclable materials, helping support BMW Group’s commitment to put sustainability at the center of its strategic direction.

“BMW Group is always looking for innovative and efficient solutions in every aspect of the business,” said Carmen Gargioni, team lead of innovation at BMW Group Real Estate Management. “The BMW Startup Garage acts as a matchmaker between startups and different business units. New technologies are essential as we strive to find the most efficient solution to our requirements. This includes exciting innovations from new players.”

The new wind energy unit is designed to complement MINI Plant Oxford’s existing solar arrays across the buildings on site. The installation on the Body Shop has been in place for ten years and, when it was installed, was one of the largest roof-mounted solar farms in the UK with more than 11,000 panels covering an area the size of five football pitches. According to BMW, the solar panels generate enough electricity to power the equivalent of 850 households for a year. However, the solar panels are less effective during winter and evening hours, when wind conditions are often strongest – presenting an opportunity for Aeromine’s wind energy unit to step in and continue generating renewable energy.

“This pilot is a small but exciting project for BMW Group and complements our existing approach to purchasing renewable electricity from the national grid,” said Urs Sambale, Project Manager for Sustainability Steering at BMW Group Real Estate Europe. “We’re looking forward to seeing its potential for generating clean wind energy at BMW Group sites.”

“Aeromine’s partnership with BMW Group represents a pivotal step in our mission to innovate and expand the capabilities of renewable energy solutions,” said Claus Lønborg, Managing Director, Aeromine Technologies Inc. “Our “motionless” wind energy technology is designed to work seamlessly alongside solar systems, maximizing the renewable energy output from rooftops while helping address challenges like noise, vibrations, and wildlife impact. We’re excited to see how this initial installation can lead to broader applications across BMW’s global facilities.”

BMW has committed to 2030 carbon dioxide reduction targets throughout the entire lifecycle of its operations, from the supply chain, through production, to the end of the use phase.

 

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