Researches on electrochemical energy conversion and storage - fuel cell, electrolyzer, microbial fuel cell, flow battery - that evaluate electrical energy require highly versatile base test equipment for a variety of electrochemical research methods.
It is typical to characterize the performance by DC potentiostat/galvanostats polarization experiments analyzing current/voltage polarization and power density and by current interrupt measuring the internal resistance.
In addition to DC techniques, it is often characterized by electrochemical impedance spectroscopy (EIS). These results provide information about diffusion and the total cell impedance at different DC currents.
Ecscell offers a variety of electrochemical test equipment and accessories that cover any research in your electrochemistry lab.
It is typical to characterize the performance by DC potentiostat/galvanostats polarization experiments analyzing current/voltage polarization and power density and by current interrupt measuring the internal resistance.
In addition to DC techniques, it is often characterized by electrochemical impedance spectroscopy (EIS). These results provide information about diffusion and the total cell impedance at different DC currents.
Ecscell offers a variety of electrochemical test equipment and accessories that cover any research in your electrochemistry lab.
Ecscell fuel cell test system
Ecscell fuel cell test systems configure all key features to achieve stable, reliable and repeatable fuel cell operating conditions. The systems integrate an electronic load, mass flow controllers, humidifiers, and pressure regulators.
Ecscell fuel cell test systems configure all key features to achieve stable, reliable and repeatable fuel cell operating conditions. The systems integrate an electronic load, mass flow controllers, humidifiers, and pressure regulators.
Fuel Cell Test Station
872-216-7641
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Ecscell.com
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sales@ecscell.com
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