Thin film and plasma technologies are crucial for advancing the energy sector. They play a key role in reducing production costs and improving the performance of technologies such as batteries, electrolyzers, and solar cells. By providing advanced control over production processes, these technologies enable large-scale application of innovations aimed at more sustainable technological solutions.
The challenge
The core challenges in thin film and plasma technology lie in optimizing material properties, production processes, and equipment design to create functional surfaces. These technologies require a meticulous approach to maintain quality when scaling up to industrial production. For instance, material quality must be preserved across large surfaces, and new processes must be integrated into commercial production lines.
The approach
The focus is on developing scalable thin film technologies such as CVD, ALD, PVD, and sputtering. These methods drive the production of more efficient electrolyzer units, fuel cells, and batteries. They improve performance and efficiency while reducing the use of raw materials. Research concentrates on applying these technologies to complex structures and promoting efficient chemical reactions through plasmas. Active collaboration with industrial partners ensures practical application of these innovations, emphasizing the translation of advanced materials and processes into solutions for the energy transition.
The impact
Building high-quality knowledge and expertise in thin film and plasma technologies is essential to keeping the Netherlands at the forefront of the energy transition. This approach enables global competitiveness and contributes to a sustainable economy. The initiative stimulates economic growth and creates specialized jobs, leveraging the strong industrial base in the Netherlands.