Production capacity will reach 15GW, This AEM electrolyzer reduces costs by 25%

Production capacity will reach 15GW, This AEM electrolyzer reduces costs by 25%

This anion exchange membrane (AEM) electrolyzer project improves existing  electrolyzer manufacturing processes and technologies, which can reduce the capital cost of electrolyzer technology by approximately 25% overall, and is expected to make the cost of clean renewable hydrogen more affordable.

Made from readily available materials and using a roll-to-roll manufacturing process. This not only shortens the supply chain and improves reliability, it also reduces the cost of electrolyzer stack development and speeds up production. The project increased the hydrogen production efficiency of the electrolyzer stack by 15%. The electrolyzer  is the core component that splits water into hydrogen and oxygen. The increase in efficiency also helps to extend the service life of the  equipment stack, which is more advantageous than traditional technology.

This innovative project can significantly reduce electrolyser system costs and  production times, making clean renewable hydrogen production  more cost-competitive. The electrolyzer stack is compact and modular in design and can be expanded to 24 MW per unit, making it ideal for large-scale industrial applications.

The technology will soon be scaled up for production, with the goal of achieving 3.75GW of electrolyser capacity per year by 2025 and 15GW by 2027.

The innovation of the anion exchange membrane (AEM) electrolyzer project has improved the production efficiency of the electrolyzer and reduced the cost, which is expected to make clean renewable hydrogen more affordable. This project is expected to promote large-scale industrial application of the hydrogen energy industry and accelerate the green transformation of global energy.