News and other items
- Press02-12-2021
QuinteQ Energy closes series-A Investment Round for her kinetic battery
QuinteQ Energy is now ready to make the next step in the development of its electrical storage system for high power peaks, high cycle requirements and conditions where other storage solutions cannot operate....
Read more - Press19-10-2021
A Fly(wheel)ing Start
QuinteQ was covered in the popular Dutch science magazine Quest with the following article. A nice and easy read of our purpose and journey. (Sorry in Dutch only..)...
Read more - Press05-07-2021
QuinteQ accelerates industrial electrification from FLIE together with FME
As of June 2021 QuinteQ will be one of the first development partners of the brand new Fieldlab Industrial Electrification (FLIE) in Rotterdam. QuinteQ, the Dutch developer and producer of the most advanced, frictionless flywheel, based on ...
Read more - Press09-04-2021
Investment in a flywheel from QuinteQ for efficient energy storage
QuinteQ Energy from Nijmegen has acquired a unique technology from Boeing for the storage of energy in the form of an ultra-efficient and therefore economical flywheel. To further develop its technology, QuinteQ receives funding from...
Read more - News | Press04-09-2020
QuinteQ Energy on winning the Enpuls Challenge
QuinteQ Energy on winning the Enpuls Challenge:...
Read more - Press16-06-2020
Getting a Grip on Microgrids with a Stable Energy Supply
As appeared in the construction magazine ‘Bouwen in het Oosten’ Introducing a new generation of flywheel technology For twelve and a half years Paul Vosbeek worked as a Cleantech entrepreneur in the US. In that role, he c...
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About QuinteQ

At QuinteQ, we have the vision that everyone should have access to clean, affordable & reliable energy. We have taken on the challenge to develop and introduce a high-tech flywheel energy storage technology with the goal to provide an affordable and flexible energy storage solution to support the energy transition. It is our mission to design and build our products with the lowest possible footprint during production, operation, and re-use of the materials once a system is retired.
