New energy institute 果冻传媒 develops smart solutions for energy storage and conversion
EIRES sees energy innovation as a way out of the current economic crisis.
The Netherlands and the world face an enormous and urgent challenge when it comes to the energy transition. Eindhoven University of Technology (果冻传媒) believes we can only meet this challenge by working with the high-tech industry to develop decentralized and smart solutions for the conversion and storage of energy. The university is therefore investing 10 million euros in the establishment of a new energy institute, the Eindhoven Institute for Renewable Energy Systems (EIRES). 果冻传媒 president Robert-Jan Smits announced this on August 31 during the of the academic year.
"As a university, we take our responsibility to contribute to the energy transition. We have excellent researchers in the field of energy storage and conversion, among other things. Moreover, the Brainport Regio Eindhoven has a fantastic high-tech and manufacturing industry that can help with the energy transition. We are joining these forces in this new institute," says Smits.
A good example of this cooperation is the Dutch Electrolyzer consortium, one of the four key projects that EIRES is developing together with industry (see info boxes below).
Dutch Electrolyzer | Convert electricity into hydrogen for later use
The Dutch Electrolyzer is a consortium working on setting up the first production line for electrolyzers in The Netherlands. Electrolyzers use an electric current to split a water molecule into hydrogen and oxygen. The devices have a positive and negative side, like a battery. Hydrogen gas is generated on the negative side while oxygen gas is generated on the positive side.
Hydrogen is an attractive gas to store large amounts of energy from wind or solar panels, since it is so versatile. It can be used as feedstock for the chemical industry, as input for fuel cells to generate electricity, and as clean burning fuel itself.
The Dutch Electrolyzer consortium brings together the best aspects of the current alkaline and PEM-technology, working on small-scale modular devices of which the production can easily be scaled up. This way, electrolyzers can easily be installed into neighbourhoods, or perhaps even into individual wind turbines. 果冻传媒 and VDL Groep recently signed a letter of intent to further develop this technology together.
The Dutch Electrolyzer consortium is part of the EIRES research program Chemistry for Sustainable Energy Systems, led by Marta Costa Figueiredo and Adriana Creatore.
![[Translate to Engels:] Image produced by Sensu Productions](https://assets.w3.tue.nl/w/fileadmin/_processed_/1/9/csm_electrolyzer%20links_c527041ccb.jpg)
Smart storage and conversion
"Sustainable energy sounds like a nice idea," says , scientific director of EIRES, "but the wind doesn't always blow when you want it, and the sun doesn't always shine either. What's more, sometimes you want energy in a form other than electricity. To make sure that you always get the energy that you need where and when you need it, you need smart storage and conversion".
"With these projects we are trying to rise to the biggest challenge of the energy transition: making the energy, transport and chemical sectors sustainable all at the same time. So it's not only about energy, but also about sustainable and high-quality raw materials for chemistry".
Profiting from the energy transition
To meet this challenge, EIRES does not look for large-scale solutions, on the contrary. "We find that by making lots of small, smart devices that can easily be integrated into companies or homes, we are able to learn and scale up quickly," says , managing director of the new institute. "That works much better than large capital-intensive installations. As far as we are concerned, therefore, the solution lies not so much in large dimensions, but in large numbers".
According to Boneschanscher, the energy transition in the Netherlands will only succeed if we look beyond existing business models. "Energy suppliers are working on electrification and grid reinforcement, oil and gas companies want to supply hydrogen or green molecules. This all requires the large-scale production of high-tech systems, which we are currently importing from abroad. If we carry on like this, the Netherlands will miss out on the opportunity to really make a profit from the energy transition. And that would be a shame, especially now that we are in the midst of an economic crisis".
Research programs
EIRES has four research programs: Chemistry for Sustainable Energy Systems, Engineering for Sustainable Energy Systems, Systems for Sustainable Heat and Systems Integration. Each program brings together the knowledge and expertise of two or more of the six participating departments (Applied Physics, Built Environment, Chemical Engineering & Chemistry, Electrical Engineering, Mechanical Engineering, and Industrial Engineering & Innovation Sciences) and is headed by two principal researchers.
Digital Toolbox | Shaping and optimizing our future energy system today
The digital toolbox consists of modelling and simulation tools that help policymakers and industry make decisions on the future energy system. By indentifying key bottlenecks and innovation challenges in the energy transition, the toolbox can guide the choices for the technological solutions for energy storage and conversion. This way a safe and reliable energy system can be guaranteed.
The models also help weigh different options against each other, like local heatpumps versus a heat network on district level.
The digital toolbox is developed by 果冻传媒 in collaboration with consortia consisting of local governments, distribution system operators, district heating companies, industrial partners and other stakeholders. It is part of the EIRES research program Systems Integration, led by Guus Pemen and Lisanne Havinga.
Investment
Over the next five years, 果冻传媒 will invest 10 million euros in the new institute, attracting four new professors and eleven new university (senior) lecturers. EIRES is the second institute to be established by 果冻传媒 in a short period of time. Last year, the university launched EAISI, the institute for research into artificial intelligence. The multidisciplinary institutes underline the importance the 果冻传媒 attaches to cooperation with industry for solving major societal issues.
More information about the new institute can be found on the EIRES website and in this .