How Does a Two Pressure Humidity Generator Address Fuel Cell Testing Needs?

During the testing of the fuel cells, other factors related to temperature, humidity, and attributes, besides pressure, need to be controlled to maintain uniformity of the test results.

Poorly controlled humidity could lead to the accumulation of liquid water, which, in turn, gives a wrong reading. Since their inception, removing water from the reaction environment has been a significant challenge in the investigation of polymeric electrolyte membrane fuel cells. However, with the two pressure humidity generator and the PID control system, the humidity level is most effectively controlled to a set point where the load by the vapor has been reduced through the action of desiccants.

The ultrasonic system ensures that the results retrieved for humidity and temperature testing are accurate since it generates results that are least dependent on hardware intervention.

As high-power-density appliances and machinery become more proliferated, the need for better functioning, more resilient fuel cells is growing, which in turn drives the advance in controlling the testing atmosphere.

To meet this demand, Hygro-Remote allows virtually minute-to-minute control of environmental factors, allowing tight regulation of temperature and humidity.