How Can Chilled Mirror Hygrometer Help Meet Fuel Cell Testing Needs ?

1. HOW CAN CHILLED MIRROR HYGROMETER HELP MEET FUEL CELL TESTING NEEDS ? In the process of researching and testing fuel cells, maintaining consistent temperature and humidity levels, along with various other parameters like pressure, is imperative for ensuring uniformity. Failure to control humidity adequately may lead to the accumulation of liquid water, ultimately compromising the precision of the results. The need to remove moisture from the testing environment has been a notable challenge in the characterization and assessment of polymeric electrolyte membrane fuel cells since their inception. However, the utilization of a chilled mirror hygrometer, equipped with a PID control system, skilfully regulates humidity to a predetermined level by proficiently expelling vapor through desiccants. The ultrasonic system efficiently achieves accurate testing of humidity and temperature, producing results with minimal reliance on hardware intervention. As the need for high-power-dense appliances and machinery grows, there is an increasing demand for improved performance and durability of fuel cells. This, in turn, propels advancements in controlling the testing environment. In catering to this particular requirement, the chilled mirror hygrometer offers meticulous management of environmental conditions, facilitating precise control of both temperature and humidity levels. www.geocalibration.com