Turbines on the Tour Eiffel

Thanks to two wind turbines installed 120 meters above the ground, the Eiffel Tower will now be able to self-produce the electricity used by the commercial areas of the first floor.

UGE International Ltd., installation of two wind turbines on the Eiffel Tower, Paris
In partnership with the Société d'Exploitation de la Tour Eiffel (SETE), UGE International Ltd. has installed two on-site wind turbines at the Eiffel Tower as part of a high-profile renovation and upgrade to the first floor of the monument.
Located above the second level for its wind conditions, the turbines are now producing 10,000kWh of electricity annually, equivalent to the power used by the commercial areas of the Eiffel Tower’s first floor.
UGE International Ltd., installation of two wind turbines on the Eiffel Tower, Paris
UGE International Ltd., installation of two wind turbines on the Eiffel Tower, Paris

UGE designed the wind energy system to provide a clean source of energy at the Eiffel Tower, which is undergoing its first major face-lift in 30 years. The two wind turbines were specially painted to match the iconic tower, and top off a series of other efficiency upgrades.

The Eiffel Tower’s vertical axis wind turbines are virtually silent and designed to capture wind from any direction, offering a unique addition to the historic structure. The location for the wind turbines, 120m above ground level, was strategically chosen to maximize energy production, allowing the wind turbines to harvest the steady winds at the height of the installation and offset the Tower’s energy usage. Mounting the turbines at this location was itself a technical challenge, requiring each component to be hoisted and suspended with ropes to the Tower’s second level.

UGE International Ltd., installation of two wind turbines on the Eiffel Tower, Paris
UGE International Ltd., installation of two wind turbines on the Eiffel Tower, Paris
In addition to wind energy, the renovation also includes LED lighting and 10 m² of roof-mounted solar panels on a visitor pavilion whose output will meet approximately 50% of the water heating needs of the two pavilions. High-performance heat pumps have also been installed to ensure a constantly balanced temperature. The two pavilions also have gained a rainwater recovery system that provides flushing water to the toilet facilities.

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