Hydrogen Evolution
Electrolysis, where electricity is used to split water into hydrogen and oxygen
Challenges of Electrolysis
Hydrogen production through water electrolysis has a long history, dating back centuries and proven in industrial settings. Yet, despite years of development, conventional electrolysis still struggles with critical challenges that limit its broad use today.
High Equipment Cost
Membranes, rare metals, compressors, and cooling systems drive up the cost and complexity of traditional electrolyzers.
Low Efficiency
With just 60-70% efficiency, conventional electrolysis wastes energy - making green hydrogen expensive
Safety Risks
Producing hydrogen and oxygen together creates explosive hazards, demanding complex safety measures .
Hydrogen Electrolysers
Ares Pulse Series
Powered by AresTempoH2™ technology, our compact small-scale electrolyzers range from 1 to 100 kW, ideal for precise, smaller projects with reliable output.
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Ideal For: Semiconductor R&D labs, transport fueling stations, and small-scale industrial use
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Highlights: Space-saving design, easy integration, reliable hydrogen production on demand
Ares Titan Series
Our containerized, modular industrial electrolyzers, powered by AresTempoH2™ technology, deliver scalable hydrogen production from 100 kW to 1 MW for on-site deployment in heavy industries. ​
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Ideal For: Steel, fertilizer, cement, pharma, food & beverage, energy sectors
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Highlights: Containerized design for easy deployment, scalable systems tailored to heavy industry, and robust hydrogen output