Green Hydrogen

Creating the Green Hydrogen–Carbon Minimization Future Today

Hydrogen is not an energy source—it is an energy carrier. While 1 kg of hydrogen delivers nearly 60 miles of range (39.4 kWh), its energy lifecycle efficiency is only ~40%, raising significant challenges in large-scale adoption. Automatski is pioneering breakthroughs in high-efficiency electrolysis and cycle optimization through advanced quantum simulations of catalytic materials.
Green Hydrogen
Green Hydrogen

Energy → Hydrogen → Energy cycle has an efficiency of only ~ 40%
Myth: Green Hydrogen is NOT a source of energy but rather a carrier of energy.
It carries/gives 60 miles (39.4 kWh) in 1 “kg” compared to 25 miles in 1 gallon of petrol.

types-of-hydrogen
The Problem(s) To Solve

Green hydrogen’s promise is being hindered by low cycle efficiency and high production cost. The challenges are:

  • Can we lower the cost of green hydrogen to under $1–1.5/kg?
  • Can we develop an industrial-scale electrolyzer with >95% efficiency?
  • Can we push the energy cycle efficiency beyond 60–80%?
  • Can we reliably source terawatts of clean energy for global hydrogen generation?
Full Quantum Simulations Of Electrolysis Materials

Creating The Green Hydrogen Carbon Minimization Future Today

Automatski addresses all of these through its proprietary 300+ Qubit Full State Vector Quantum Simulator—capable of performing production-grade quantum simulations of electrolysis materials, catalysts, and systems. These simulations allow precise modeling of energy conversion dynamics and atomic-scale material behaviors, enabling the design of novel electrolyzers with breakthrough performance.

Author : Aditya Yadav

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