News and other items
- Blogs21-06-2021
If you don’t look closely it almost looks planned.
Maybe it has to do with something like Karma, or fate, or just dumb luck. How do you join two threads in a life seeming to be headed in opposite directions, an amateur environmentalist with a high tech degree? Take a third generation Boeing...
Read more - Blogs07-06-2021
Introducing our new face: Timo
As of this week, I was the second “new” face in QuinteQ who will be working for QuinteQ Energy. I put the word ‘new’ in brackets here, because some may already know that I already did some small work for the team before I got...
Read more - Blogs27-05-2021
Surfing life…from epiphany to levitation
To be honest, university took me a bit longer than my parents had anticipated. I did many things ‘on the side’ that were quite remote from what was in the curriculum. Upgrading the bits and bobs in my PC myself, to stretch it’s life a...
Read more - Blogs21-05-2021
Taking the punches to move the energy transition forward…
This is the first of a series of messages and updates you will be getting from us at QuinteQ to take you along in the journey of our past, presence and future. We will do that by sharing snippets of background and insights from the p...
Read more - Blogs22-09-2020
The Next Big Thing in Energy – Recap Sept 15
THE NEXT BIG THING IN ENERGY A nice recap of our Microgrid event on Sept 15 and a nice sneak peek into what to expect during the Deep Dive on Sept 29 2020 ...
Read more - Blogs04-09-2020
Explanation High Temperature Super Conductive Bearing by Wouter Biemans
Explanation High Temperature Super Conductive Bearing by Wouter Biemans...
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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.