HYDROGEN SOLUTIONS SAFE • SCALABLE • ECOLOGIC • EFFICIENT

About  Gen-Hy

GEN-HY designs, manufactures and markets efficient energy solutions. Our exclusive hydrogen electrolyzers optimize hydrogen production for clean mobility, energy supply and storage. These environmentally friendly solutions are designed to leverage renewable energy sources to provide an answer for a sustainable energy transition in an efficient, safe and affordable way.
SAFE
SCALABLE
ECOLOGIC
EFFICIENT

Mobility

Storage

Industry

The solution


The Hy-Cube solution, fully designed, developed and produced by Gen-Hy, presents a complete range of modular and scalable electrolysis units that use Zero Gap® technology allowing an unparalleled system yield of 85% HHV.

Gen-Hy is the first company to offer a fully integrated renewable hydrogen production system through electrolysis. The HY-CUBE® system is capable of producing up to 30 megawatts of highly pure hydrogen gas annually. It is designed for a tailor-made configuration and thus adaptable to all applications: service stations, industry, transformation and storage of green energy.

The HY-CUBE is modular and scalable: Available in 3 different sizes, the containerized hydrogen production units can be used alone or combined, and the production of each unit depends on the number of generators (stacks) installed. The full set-up is managed by a single control unit, and efficient flow management and optimum safety are guaranteed by a proprietary software controlled and certified at ATEX level by INERIS.

The Hy-Cube modular solution offers the best market value thanks to scale optimization, reduced production time and optimized operating yields.

85%
HHV

18%
Of final energy demand
6 Gt
Annual C02 abatement
$2.5 tr
Annual sales (hydrogen and equipment)
30 m
Jobs created
Hydrogen vision in 2050 • Hydrogen Council “Scaling Up” report, November 2017

Efficient

85% HHV SYSTEM YIELD

The HY-CUBE® system has an overall HHV system efficiency of 85% unmatched in the industry today. This performance is achieved through a modular design, a proprietary software, and the Zero Gap® technology. The entire solution has been internally designed and developed with a complete mastery of each element, from the anion exchange membrane (AEM) to the electrode and catalyst deposition technology.

SAFE

SIL CERTIFIED

In addition to flow management, the central control unit ensures safe activity and operation, thanks to programmable safety devices in permanent communication with a series of sensors and monitoring units located in different areas of the production compartment. Our solutions can be SIL certified level 1, 2 or 3 depending to the application.

Scalable

FROM 0.5 – 30 megawatts per year

Each electrolysis unit can be customized with the number of stacks required for the targeted hydrogen production output and/or the available energy input. The hydrogen production capacity of our systems can vary from the 20-ft container unit producing 210 kg of hydrogen per day up to several 40-ft containers units capable of producing 420 kg of hydrogen per day each.
These capacities can be improved to 270 kg of hydrogen per day for the 20-ft unit and 540 kg of hydrogen per day for the 40-ft unit at 4.25 kWh/Nm3 specific energy consumption.

PROFITABLE

Extreme customization and significant scale optimization can be achieved with optimal electric power consumption enabled by our programmable proprietary software, a standardized, yet modular and scalable design, and the high efficiency levels of the Zero Gap® technology.
Our development process target

2021 Target

• Stack efficiency : 85%
• Energy Consumption 4.25kwh/Nm3 (stack)
• End of prototype development
• Implementation of a production line of 10 MW
• Start of commercial prospecting in France
• 0.5 MW ordered and installed

2022 Target

• Beginning of commercialization
• 6.5 MW ordered
• 2.5 MW installed

2023 Target

• 12.5 MW ordered
• 8.5 MW installed
• Implementation of a new production line of 10 MW
• Start of commercial prospecting in Germany and UK

2024 Target

• 41.5 MW ordered
• 26 MW installed
• Implementation of a new production line of 10 MW

2025 Target

• Stack efficiency : 91%
• 59.5 MW ordered
• 46 MW insta;lled
• Start of commercial prospecting in Italy and Spain

Our development process Target

2021 Target

• Stack efficiency : 85%
• Energy Consumption 4.25kwh/Nm3 (stack)
• End of prototype development
• Implementation of a production line of 10 MW
• Start of commercial prospecting in France
• 0.5 MW ordered and installed

2022 Target

• Beginning of commercialization
• 6.5 MW ordered
• 2.5 MW installed

2023 Target

• 12.5 MW ordered
• 8.5 MW installed
• Implementation of a new production line of 10 MW
• Start of commercial prospecting in Germany and UK

2024 Target

• 41.5 MW ordered
• 26 MW installed
• Implementation of a new production line of 10 MW

2025 Target

• Stack efficiency : 91%
• 59.5 MW ordered
• 46 MW insta;lled
• Start of commercial prospecting in Italy and Spain

Our development process target

2021 Target

• Stack efficiency : 85%
• Energy Consumption 4.25kwh/Nm3 (stack)
• End of prototype development
• Implementation of a production line of 10 MW
• Start of commercial prospecting in France
• 0.5 MW ordered and installed

2022 Target

• Beginning of commercialization
• 6.5 MW ordered
• 2.5 MW installed

2023 Target

• 12.5 MW ordered
• 8.5 MW installed
• Implementation of a new production line of 10 MW
• Start of commercial prospecting in Germany and UK

2024 Target

• 41.5 MW ordered
• 26 MW installed
• Implementation of a new production line of 10 MW

2025 Target

• Stack efficiency : 91%
• 59.5 MW ordered
• 46 MW insta;lled
• Start of commercial prospecting in Italy and Spain

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