Research News

Currently, storage is the key issue holding back the energy transition. Professor Fokko Mulder and CEO Mattijs Slee from Battolyser Systems are within reach of the solution: the Battolyser is a battery and a hydrogen factory in one. The TU Delft spin-off is a textbook example of how to create impact from research.

In the fight against climate change the energy transition is a crucial weapon. That is why “speeding up the energy transition” is the theme of TU Delft's anniversary year – a year in which the university will reflect on its role in the energy transition, and in particular on how to accelerate it. The three events below are being organised as part of the anniversary year.

We generate more and more electricity from solar panels and windmills, but what if there is no wind and the sun is not shining? Will you still be able to charge your phone? This is one of the many questions that will be addressed in a brand new series of lectures by the MuseumJeugdUniversiteit. For this "green" series – made especially for children between the ages of 8 and 12 – this long-term collaboration between MuseumJeugdUniversteit and Science Centre Delft travels to the TU Delft campus, which celebrates its 180th anniversary this year.

Together with Renault, Delft robot engineers developed the Proactive Eco Mode, a new system that enables drivers to reach the desired speed faster, based on predictions of the future, while maintaining the eco fuel benefits. They have successfully demonstrated the system on French roads.

Solar foil represents the future. It can be applied in countless and unique ways – all the way from integrating it into traditional roof tiles through to creating new large-scale solar parks that reduce the price of our electricity. By signing a new four-year research contract, TU Delft and HyET Solar have sped up the introduction of the next generation of solar foil, bringing this vision of the future a significant step closer.

On 8 February 2022, TU Delft launches a programme of four new massive open online courses on Intelligent and Integrated Energy Systems.

Remco Hartkamp, Max Döpke en Fenna Westerbaan van der Meij, researchers at the department Process & Energy, are shedding new light on the role of surface reaction rates of liquid in electrokinetic transport.

By 2030, TU Delft aims to be operating in a completely sustainable manner. All activities on and from the campus will then be carbon neutral, circular, climate adaptive and contributing to the quality of life for its users and for nature. Together with all staff, students and partners of the university, sustainability coordinator Andy van den Dobbelsteen is working hard to realize this ambition. Everyone can follow the progress on a new website.

Three promising cross-border collaborative projects of the TU Delft consortium e-Refinery have been granted the electrochemical conversion and materials (ECCM) KICkstart grant by NWO (Dutch Research Council).

The transition to our future energy system is a very complex task. So-called energy system integration can play an important role in this. This contributes to making the energy system of the future just as reliable, safe and affordable as the current system, but also sustainable. Because in addition to the many technical questions, there are also many non-technical questions that need to be answered.

The Executive Board appointed dr.ir. Laurens de Vries as professor of 'Complex Energy Transitions' as of 27 January 2022.

Years ago a group of TU Delft students got the idea of realising a geothermal well at the university campus. What at first seemed like a wild plan was set into motion when it became clear the campus grounds were in fact an ideal location. Now, for theme leader Phil Vardon things are almost about to get real. After years of measuring, liaising and researching, detailed preparations to make it a reality are in full flow now. “This geothermal source on our campus will become one of the world’s biggest hotspots for research into geothermal energy.”

TU Delft students presented their latest hydrogen-powered racing car on the Scheveningen Pier last Tuesday. With its top speed of 300 kilometers per hour, the 'Forze IX' is expected to compete with Porsches and Lamborghinis on the Zandvoort circuit and definitively break the spell for hydrogen in the automotive industry.

Matin Jafarian, researcher of Delft Center for Systems and Control and Ajay Seth, researcher at BioMechanical Engineering, have been awarded the NWO Open Competition Grant for their unique research.

Are you interested in the digital transformation of the energy system? Sustainability, security, reliability, flexibility, and affordability will play an essential role in future energy systems. With this course, you will learn about a powerful framework for integrating renewable energy, gas, heat, electrical cars and electricity into the energy system in an intelligent way.