At the heart of future electrolyzer technology thyssenkrupp nucera® stand our test facilities around the globe. In Japan, our colleagues operate within our dynamic Alkaline Water Electrolysis (AWE) test facility which plays a crucial role in the development and qualification of key components for AWE cells. Its vast capabilities and features set it apart, positioning it as a vital asset in pushing the boundaries of efficiency, reliability and cost-effectiveness for our electrolyzer technology. Here’s an in-depth look at what makes our test stand in Japan an extraordinary hub of progress.
Purpose-Driven Testing for Better Solutions
The primary goal of the test stand is to qualify and select AWE cell components. These qualifications ensure robust supply chains for the scaling of our scalum® technology while driving improvements in AWE efficiency and reducing costs.
What sets it apart, however, is its capacity to handle specific tests aimed at refining the processes and designs of AWE cells. Equipped with eight Mini-Cell-Test (MCT) cells and one single-compartment cell, all designed to reflect the zero-gap configuration of full-size scalum® cells, the facility provides valuable insights that would be challenging to obtain otherwise. This similarity in design allows testing under conditions that mirror real-world applications.
A Track Record of Impact
The test stand has contributed significantly to advancing our technology. Beyond technology qualification, the test stand supports global collaboration. Researchers and engineers operate within a unified schedule, ensuring streamlined communication and efficient time utilization. Regular exchanges with the team ensure results are shared promptly and foster continuous improvement for everyone involved.
Key Features and Technologies
The test stand’s configuration plays a pivotal role in its performance and reliability. The MCT cells and single-compartment cell, designed to reflect scalum® technology, enable precise and fast measurements of parameters that are difficult to assess in larger-scale systems. The facility also adheres to standard procedures for operations and maintenance, ensuring the longevity of its hardware. Benchmarking tests are conducted regularly to guarantee the reliability of results.
Additionally, the facility leverages its adaptability. Though its design aligns with industry standards, it offers remarkable flexibility to accommodate design or process changes—a feature crucial for ongoing development.
Continuous Collaboration to Prepare the Future
Behind the successful operation of test stand our skilled technicians bring decades of testing expertise, ensuring the equipment is maintained, results are verified and processes run smoothly. Their experience elevates the facility’s operational efficiency.
The fluid nature of technological advancement demands continual updates to our capabilities. At thyssenkrupp nucera, this forward-thinking approach underpins everything we do. Looking ahead, the team is enhancing the test stand to keep pace with emerging demands. The integration of automation and expanded measurement techniques aims to increase efficiency without compromising the routine schedule. On the horizon, there’s also a focus on qualifying advanced materials and adapting the system for new promising water electrolysis methods.
Driving Innovation, One Test at a Time
Our test stand in Japan is more than a facility; it’s a powerhouse of progress. With its exceptional capacity, skilled workforce and focus on flexibility and innovation, it serves as a vital node in our mission to develop technologies that transform water electrolysis. Whether through collaboration, cutting-edge advancements or impactful testing results, it continues to align us with a future of scalable, efficient and sustainable solutions.
