YTM560-580N-72/D

As a mature electrolysis technology, alkaline water electrolysis (AWE) plays a dominant role. The diaphragm of an electrolytic bath for alkaline water electrolysis to produce hydrogen is mainly composed of polymer materials, for the purpose of separating out gases. Both the anode and cathode are made of metal alloys, such as Ni-Mo. Water molecules are decomposed into H+ and OH- at the anode, and then H+ becomes hydrogen atoms afterwards with electrons, and further becomes hydrogen molecules (H2). OH-, under the effect of electric field between the anode and cathode, passes through the porous diaphragm to reach the anode, and then it produces one water molecule and one oxygen molecule after losing the electrons. The electrolytic bath is the core of the alkaline electrolysis device. A transformer and rectifier cabinet are needed in front of the bath to convert HV AC power into the DC power necessary for the electrolytic bath, so that electrolysis of water can be performed in the electrolytic bath.

Because of the issue of light leakage in the gaps between he solar cells in double-glass modules, ABC generally uses glazed semi-tempered glass for the backside panel of the double-glass module, with a glazed layer formed into grids where the cells are placed. Because the requirement for accuracy and shading of the glazed layer on the back panel of the cell should be reduced, a certain amount of light leakage is allowed in the industry, without any effect on the quality and energy yield of the product. The inconsistency in light transmittance on the back panel of the single-glass module is caused by differences in light transmittance caused by variations in each model of the back panel of the module. However, when the quality of the back panel meets the certification criteria, there will be no effect on energy yield. Agents will preferentially load the same batch of modules and ship them to the downstream customers.

You can check out its operation status and make timely alarms on the mobile app. There's no need for scheduled duty shifts. It requires minimal O&M except for periodic cleaning because the equipment and materials used are made by top-tier, reliable companies.

The service life is 30 years, with lifetime power degradation not below 85%.