Our Technology
All serves to redefine LCOH
Positioned at the forefront of the energy technology revolution, hydrogen energy is gaining widespread recognition worldwide for its vast potential and significance. Regarded as one of the most promising clean energy sources of the 21st century, hydrogen is often hailed as the "ultimate energy source" and the foremost alternative to fossil fuels in the future. With its attributes of cleanliness, efficiency, availability, and capacity as a clean fuel. Hydrogen presents a compelling solution to pressing global challenges such as the fossil energy crisis, climate change, and environmental pollution.In addition to these benefits, ALE's disruptive hydrogen production technology offers distinct advantages in unmanned operation, automated remote monitoring, and Off-Grid intermittent renewable energy coupling.
Atmospheric Pressure
Our innovative electrolysis system is engineered to operate under atmospheric pressure, allowing for the electrolysers to be modularized, and standardized for mass production. This revolutionary approach significantly reduces the cost of power supply and BOP infrastructure, such as high-pressure piping, pumps, valves, and intricate high-pressure dynamic fluid control systems. As a result, metal parts consumption is significantly reduced, while safety measures are enhanced.
Bubble Resistance Free
One of the world-class challenges is Bubble Resistance Paradox, which eventually constrains the efficiency of hydrogen generation. Our disruptive technology significantly eliminates bubble resistance, leading to remarkable improvements in efficiency, as well as substantial reductions in energy consumption and OpEx costs.
Increased Electrochemical Reaction Area
Our membrane-less electrolysis technology represents a significant advancement in reducing CapEx costs. Diverging from conventional membrane-based electrolysis, our innovative membrane-less electrolyzer eliminates concerns related to membrane dehydration, mechanical strength, enhancing safety and overcoming product size limitations.
Hydrogen Crossover Free Electrolyzer
Our membrane-less electrolysis technology represents a significant advancement in reducing CapEx costs. Diverging from conventional membrane-based electrolysis, our innovative membrane-less electrolyzer eliminates concerns related to membrane dehydration, mechanical strength, enhancing safety and overcoming product size limitations.
Intrinsic Safety
ALE's disruptive technology, membrane-less operation at atmospheric pressure, effectively prevents hydrogen-oxygen crossover. This feature unfolds new operational scenario, where potential unmanned maintenance and direct coupling with Off-Grid intermittent renewable energy become feasible.