The HT-PEM fuel cell was developed in 1995 for operation at higher cell temperatures aiming at lower sensitivity of PEM fuel cells regarding impurities. Thus HT-PEM fuel cell technology is one of the youngest fuel cell types and HT-PEM fuel cell systems have been produced since the early 21st century by several companies.
The HT-PEM fuel cell technology is similar to Phosphoric Acid Fuel Cell (PAFC), but mainly differs in the membrane which is used in HT-PEM fuel cell and makes portable applications possible
The research approach is targeted to address R-SOFC program technology development goals, especially reducing stack costs, increasing cell eficiency and increasing cell reliability and
Discover advancements that shape the future of fuel cell technology by effectively managing temperature for enhanced efficiency and longevity.
Discover advancements that shape the future of fuel cell technology by effectively managing temperature for enhanced efficiency
High-temperature PEM technology is used alongside electrochemical hydrogen separation for fuel cells and has an operating temperature range of 120-200°C.
Technical and economic evaluations on fuel cell hybrid systems with CO2 capture are discussed.
High-temperature PEM technology is used alongside electrochemical hydrogen separation for fuel cells and has an operating temperature
At the core of our solutions is HyBOPS (Hydrogen Balance of Plant System), a fully integrated, turn-key fuel cell testing platform housed within a secure and portable container.
Leveraging proprietary core technologies, Vision Technology has successfully overcome high-temperature operation bottlenecks and launched a 105°C high-temperature stack, injecting
We present the cutting-edge Fuel Cell Testing stations operating from 100 W to 10 kW and enabling operate proton exchange membrane fuel cell at
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Fuel cells are known for high energy density, a variety of fuel sources, and ease of scaling for application-specific requirements. Temperature homogeneity in a fuel cell stack is
We present the cutting-edge Fuel Cell Testing stations operating from 100 W to 10 kW and enabling operate proton exchange membrane fuel cell at low temperature (PEM FC) as well as
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