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Hydrogen energy and energy storage

The application scenarios of hydrogen energy are extremely broad. In the field of transportation, it is used in fuel cell vehicles to reduce carbon emissions and promote green travel. In the industrial sector, hydrogen energy serves as a reducing agent, fuel, and energy storage medium, widely applied in various subfields such as petroleum refining, fertilizer production, and steel manufacturing, facilitating the low-carbon transformation of industrial production. In addition, hydrogen storage technology produces hydrogen through water electrolysis, achieving interconnection of various types of energy such as electricity and gas, providing important support for energy transformation and environmental protection.

We actively respond to the national strategy of 'carbon peak and carbon neutrality', closely following the forefront of industry development. We have accelerated our layout in cutting-edge fields such as hydrogen energy and energy storage in the new energy market. The successfully developed 0.075MM hydrogen fuel cell metal plates demonstrate the company's strong innovation and research capabilities, laying a solid foundation for the company's development in the new energy sector.

Hydrogen energy and energy storage

Applications and Products

Metal bipolar plate

Metal bipolar plate

It mainly serves to support the membrane electrode, separate the oxidant and reductant, collect current, and provide channels for the coolant, while also possessing good thermal conductivity, electrical conductivity, and mechanical strength. Its advancement lies in its high precision, smooth product surface, fine dimensions, accurate positioning, as well as strong manufacturing capability and adaptability.
Public terminal board

Public terminal board

Mainly responsible for the task of shell encapsulation, protecting the internal structure of the battery, and ensuring the integrity and stable operation of the battery. It has high strength and corrosion resistance, as well as good conductivity.
Anode composite end plate

Anode composite end plate

As the anode connection part of the hydrogen fuel cell, its main function is to transfer load electrons and prevent hydrogen and oxygen from directly mixing and igniting.
Cathode composite end plate

Cathode composite end plate

In hydrogen fuel cells, the connection part that serves as the cathode primarily functions to guide the flow of oxygen to the cathode catalyst layer and ensure the effective discharge of reaction products.
ALK alkaline hydrogen production electrode plate

ALK alkaline hydrogen production electrode plate

ALK alkaline hydrogen production electrode plates (also known as nipple plates) are key components in alkaline water electrolysis for hydrogen production. Their structural design and material selection help improve electrolysis efficiency and the purity of hydrogen, while ensuring the safety and stability of the hydrogen production process.