FAQS

• Q: The concept of PEM electrolyzers

  A :

  The PEM electrolytic Cell (Proton Exchange Membrane Electrolysis Cell) is often referredto as the "fuel cell electrolytic cell". It is an emerging electrolysis technology thatcan decompose water into hydrogen and oxygen, thereby meeting the operationalIt is a special electrolytic device that can decompose water into hydrogen and oxygenfor use in fuel cells, thereby achieving the goal of energy conservation and consumptionreduction.

• Q: The Structure of PEM electrolyzers

  A :

  The structure of a PEM electrolytic cell mainly consists of an electrolytic membrane, positive and negative electrodes, a container, and other components. The electrolytic membrane is the core component of the PEM electrolytic cell. Its function is to decompose water into hydrogen and oxygen. Its thickness is generally over 30 microns and it is highly characterized by corrosion resistance, high-temperature resistance, and pressure resistance. The positive and negative electrodes are the two plates of an electrolytic cell. Their function is to decompose water into hydrogen and oxygen. Their materials mainly include aluminum, cobalt, titanium, etc. The container is a container used to hold the PEM electrolytic cell. Its function is to store the decomposed hydrogen and oxygen, thereby supplying fuel to the fuel cell.

• Q: The Working Principle of PEM electrolyzers

  A :

  A PEM electrolytic cell uses an electrolytic membrane to decompose water into hydrogen and oxygen, and the electrolytic membrane is the core component. When the positive and negative electrodes pass through the electrolytic membrane, water is split into hydrogen ions and oxygen ions. Hydrogen ions pass through the electrolytic membrane into the positive electrode, and oxygen ions pass through the electrolytic membrane into the negative electrode, forming hydrogen gas and oxygen gas. In addition, PEM electrolytic cells can also take advantage of the characteristics of the electrolytic membrane to decompose the mixture of carbon dioxide and water into hydrogen and oxygen, thereby achieving the goal of energy conservation and consumption reduction.

• Q: Advantages of PEM Electrolyzers

  A :

  PEM electrolytic cells have the advantages of small volume, light weight, high temperature resistance, corrosion resistance, pressure resistance and stable output, which have made them widely used in fields such as fuel cell power generation and vehicle-mounted fuel cell power generation. In addition, PEM electrolytic cells can also take advantage of the characteristics of the electrolytic membrane to decompose the mixture of carbon dioxide and water into hydrogen and oxygen, thereby achieving the goal of energy conservation and consumption reduction. Therefore, PEM electrolytic cells are of great significance in the field of energy conservation and emission reduction.