Wind-to-hydrogen pilot in Morocco

Alkaline electrolysis in Morocco simulating variable renewable input for future e-fuels and ammonia production.

Metacon is building a 1 MW pressurised alkaline electrolysis system for one of Africa’s largest wind power investors, its first project in North Africa. The turn-key, containerised plant couples directly to wind turbines in a grid-connected setup with simulated off-grid operation, giving the customer a technical platform to validate wind-to-hydrogen ahead of industrial-scale green hydrogen, e-fuel and ammonia production.

Validating wind-to-hydrogen in North Africa

The customer, a major renewables investor with roughly 2,000 MW of assets in Africa, is using the pilot to test direct coupling of pressurised alkaline electrolysis with wind power. Morocco offers strong wind and solar resources, proximity to European markets, and an EU green partnership, positioning it as a regional green hydrogen hub.

Metacon delivers the complete plant as a turn-key system, covering design, supply and delivery, while the customer handles on-site installation.

 

Technical overview

Technology:  Pressurised alkaline electrolysis (PERIC stack technology)
Capacity:  1 MW
H₂ output:  200 Nm³/h
Hydrogen purity: >99.999%
Output pressure:  30 bar
Configuration:  Containerised, turn-key
Grid connection: Grid-connected system operating with wind-following control

Project facts

Technology

Pressurized alcaline electrolysis

Capacity

1 MW

Location

Morocco

Project status

Under development

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