Hydrogen power station hydrogen power systems manufacturing unit

Brief introduction: 

We all know that hydrogen, as a very promising clean and efficient new energy, is a major breakthrough to solve the energy crisis and an important research direction for sustainable energy development. Among many electrolyzed water hydrogen production technologies, the solid polymer (SPE) electrolytic cell has many advantages such as high energy efficiency, small and light device, convenient and easy access to electrolyte, and high system safety factor.

Principle of Hydrogen Production by Water Electrolysis：
Hydrogen production by water electrolysis uses water as raw material to produce hydrogen, which is a chemical reaction process that converts electrical energy into chemical energy and heat energy. Using electric energy as the power, put the cathode and anode into the water, connect the positive and negative poles of the power supply to the anode and the cathode, and form the same circuit with the water. When the voltage reaches the decomposition voltage of water, oxygen will be generated on the anode side and oxygen will be generated on the cathode side.

In the reaction of water electrolysis hydrogen production, according to the pH of the electrolyte, it is divided into alkaline electrolytic cell hydrogen production, acidic electrolytic cell hydrogen production, and neutral electrolytic cell hydrogen production. The conductivity of neutral electrolyte is low, and the hydrogen production effect is not good; the hydrogen production effect of acidic electrolyte is good, but it will corrode the electrode and electrolytic cell; the alkaline electrolyte (such as potassium hydroxide, calcium hydroxide, etc.) It will corrode electrodes and electrolytic cells, and is a commonly used hydrogen production scheme.