| Parameter | Value |
|---|---|
| Max. capacity | 425 kg H₂/day |
| Purity | 99.999% (5N) |
| Outlet pressure | 40 barg |
| Stack electrical power | 1 MW |
| Power supply | 3×400V, 50Hz |
| Specific consumption | ≈55 kWh/kg H₂ |
| Feedstock | Standard tap water, purified on-board to ultra-pure quality |
| Enclosure | 40-foot ISO container, two compartments (process + control) |
| Scalability | Up to 8 units in parallel (~8 MW, ~3,400 kg/day per site) |
| Operation | Fully autonomous, optional remote SCADA, designed for unattended operation |
| Daily output equivalent | ~10 × 12 m fuel-cell buses, or ~85 fuel-cell cars |
Hydrogen
Clean Hydrogen at Industrial Scale
On-site, on demand. Ultra-pure (5N) hydrogen production from water and electricity — for mobility, industrial and grid-balancing applications. Fully autonomous, remotely operable, built into a standard 40-foot container.
OUR FLAGSHIP DEVELOPMENT
Flagship product: Ganzair H2-1000
Containerized, single-stage PEM electrolyzer built on Plug Power stack technology, currently in the production phase.
PROVEN SOLUTIONS
Reference projects
As the Hungarian integration partner of Plug Power and Burckhardt, Ganzair took part in
delivering Hungary's first megawatt-scale green hydrogen systems:
2 × 1 MW Plug Power PEM electrolyzer
MFGT Zrt., Kardoskút (full integration and
commissioning)
1 MW Plug Power PEM electrolyzer
Bükkábrány (Hungary's first green hydrogen plant,
commissioned on 3 June 2024)
1 MW BALLARD fuel cell system
MFGT Zrt., ongoing (electrical design,
system integration, energy management software)
In-house developed 1 MW PEM electrolyzer based on Plug stack
(the H2-1000) — in the production phase
Academic/R&D project: 50 kW hydrogen electrolyzer + CO₂/CO reduction system for e-fuel production, University of Szeged, delivered on 16 May 2024.
FROM IDEA TO IMPLEMENTATION
Competence chain
1
PEM electrolyzer design and manufacturing
2
Packaging and installation of hydrogen compressors
3
Design and implementation of high-pressure storage systems
4
Balance of Plant and process piping implementation
5
Electrical and control system integration
6
Energy management software development
7
Service and operational support
MAIN COMPONENTS OF THE HYDROGEN SYSTEM
Typical hydrogen system
Electrolyzer
Fuel cell
Coolers
Transformer (20/0.4 kV)
Switchgear/controllers
High-pressure buffer (200–500 bar)
Compressor (30 → 500 bar)
Suction buffer
Cylinder/trailer filling station
Vision
"Our goal is to eventually support the growth of the domestic and regional hydrogen industry with our own manufacturing base."