We provide products and services in the area of mathematical modelling, simulation, software development, control engineering, measurement technology and optimization. Our special areas are: fuel cells, hydrogen technology and electrochemical energy storage.
We believe that hydrogen is key to a sustainable global energy transition. That is why our group is committed to offering the full range of technologies and expertise that will boost hydrogen-based mobility.
We focus on one task - with countless possibilities: Schmöle develops and produces finned tubes and heat exchanger components.
At a time when fossil fuels are running out and environmental protection is becoming increasingly essential to our planet, sera GmbH has made a commitment to this very vision – which is why we have developed and launched our innovative hydrogen refuelling station as a ground-breaking step towards the preservation of our environment. Hydrogen technology: the fuel of the future.
SFC Energy AG is a leading provider of hydrogen and direct methanol fuel cells for stationary and mobile hybrid power solutions. With the Clean Energy and Clean Power Management business segments, SFC Energy is a sustainably profitable fuel cell producer. The Company distributes its award-winning products worldwide and has sold more than 60,000 fuel cells to date.
SIQENS is pioneering cutting edge solutions for last mile hydrogen infrastructure since 2012. Our key staff combines more than a century of experience from the hydrogen and fuel cell industry. Our product platform includes fuel cells for power generation and hydrogen extraction solutions. Both generate hydrogen on demand at the point of use. We extract pure, fuel cell grade hydrogen from various sources such as de-blending from gases and steam reforming from green methanol or biomass.
SIVONIC GmbH is an innovative company with 20 years of experience for high-performance impedance spectrometers (EIS). Electrochemical impedance spectroscopy EIS is a modern method to investigate the electrical and electrochemical properties of fuel cells. Electrochemical impedance spectroscopy allows the investigation and evaluation of the cells including their components such as catalysts, membranes (MEA) or the bipolar plates.
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