Working together on an integrated energy transition

The energy transition requires more than just technological innovation. It is a complex, long-term challenge that brings together technology, policy and collaboration. At FHI, we believe in an integrated approach to this transition. Our vision is clear: only by collaborating with experts from different disciplines can we make the right choices for a sustainable and resilient energy system.

The complexity of the energy system

Designing the energy system of the future is no easy task. The energy supply depends on many factors: energy consumption, distribution capacity, sustainable sources and reliable storage. Technical experts are indispensable to manage this coherence. They lay the foundation for effective policy and translate complex technical changes into understandable solutions for society.

Integrated collaboration on energy solutions

A successful energy transition cannot rely on one-sided solutions. Various experts must be involved in decision-making and strategy at the right time, in order to arrive at a balanced and future-proof plan. This prevents a too narrow view and promotes a joint, integral approach to energy issues.

Long-term planning and strategic choices

Looking ahead is essential. By estimating future energy consumption and the necessary infrastructure, we can ensure suitable energy sources, stable distribution and smart technologies. This long-term perspective helps us to concretely fill in the energy transition per year and to build a resilient system that matches the changing demand.

Technical expertise for policy and implementation

FHI aims for rapid access to technical expertise to support policy choices. Collaboration between technical industry organisations is crucial to respond quickly and effectively to the challenges and opportunities of the energy transition. With this shared knowledge, we are building a sustainable energy infrastructure that is ready for the future.

Sustainable future in transport

Featured News

The future-proof bakery; we see value in that

The baking industry is actively committed to the switch from gas to electricity. This transition takes place on the one hand through process optimization and sustainability and on the other hand by switching from gas ovens to electric ovens.
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Liander heats monumental buildings with hydrogen via the gas network

In the Gelderland municipality of Lochem, grid operator Liander is conducting a trial in which twelve monumental houses are heated for three years by using hydrogen. A globally unique project – called H2L – in which the existing gas network is used to distribute the hydrogen. FHI spoke with Arno Tuinman, responsible for metering at Liander, and Astrid van Sprang, energy consultant at Qirion. The unique project started three years ago, says Van Sprang: “In November 2022, we switched from natural gas to hydrogen. The district in Lochem in question had been in discussions with Lochem Energie for some time to see what options there were for making it more sustainable. Hydrogen emerged as one of the sustainable options.”

Saving energy in the lab: this is how you do it

In September 2022, Leiden University of Applied Sciences won the Sustainable Lab Challenge during the World of Technology & Science with their sustainable initiatives. In recent years, they have realized a large number of projects in the fifteen labs at the Bio Science Park to save energy. Jurriaan Beckers, head of chemistry laboratories at Leiden University of Applied Sciences, explains how they approached this. Jurriaan explains that although the challenge was a good opportunity to put the realized savings on paper, the University of Applied Sciences had long wanted to profile itself as a sustainable school. That is why the University of Applied Sciences started following the environmental standard ISO 14001 in 2015.

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