Reference Projects

Here you can discover some of the projects we’ve established around the globe, highlighting our expertise in hydrogen energy storage technology and our turn-key-solutions.

Our Reference Projects

Here you can discover some of the projects we’ve established around the globe, highlighting our expertise in hydrogen energy storage technology and our turn-key-solutions.

GKN's Hydrogen Storage HY2Medi in front of a house

Light Commercial | Elektro Bauer

Increase Efficiency of Buildings by Using Excess Green Power and Thermal Heat

HY2Medi in black at the Arieshof

Bio Hotel | Arieshof

Arieshof: energy self-sufficient hotel and farm with new hydrogen storage

Green energy storage "NREL" in the USA

Energy Lab | NREL

Innovative Hydrogen Storage solution project

Hydrogen storage system used for E-Charging

E-Charging | GKN Hydrogen

GKN Hydrogen’s HY2Medi energy storage system integrated within the Circle Green Technical Park

BIO Gas | CEC

Decarbonization of a Biogas

and Food Waste Digestor

Hydrogen Storage at Rubner Haus

Residential | Rubner Haus

Müllerhütte in the snow

Mountain Hut | Müllerhütte

Remote Energy Solution for Alpine Mountain Hut

Stand Alone Power Supply in Australia

Holiday Resort | GreenHy2

Stand Alone Power Supply (SAPS) for the Australian Outback

Our Hydrogen Storage System HY2Mini in front of a farm

Green Farming | ACOM

Greenhouse Automation and Energy Balancing with Excess Photo Voltaic

Arieshof Microgrid

Customer: Arieshof

System: P2P

Year: 2022

Location: St. Lorenzen. South Tyrol, Italy

CO2 Saving
0 t
Autarchy
0 %

The Goal is to provide enough green energy to make the entire Arieshof as self-sufficient as possible. To achieve this primarily renewable energy sources are being used and the surplus will be stored in short- and long-term metal hydride hydrogen storage units. Read more

Plug-In E-Car Charging System

Customer: GKN Sinter Metals Components GmbH

System: P2P Demonstrator

Year: 2021

Location: Bonn, Germany

Stored Energy
0 kWh
H2 Storage
0 kg
CO2 Saving
0 t

over a lifetime of 30 years

Nominal Power
0 kW
Reduction of CO2 emissions and enable for green mobility: Zero emission e-charging hub for Plug-in hybrid cars – Company cars can be charged during the day or overnight through the HY2MINI demonstrator system with zero emission daylight power from photovoltaic cells

NREL

Customer: NREL

System: HY2MEGA

Year:

Location: USA

Stored Energy
0 MWh
H2 Storage
0 kg
CO2 Saving
0 t

over a lifetime of 20 years

Nominal Power
0 MW

Off-grid stand alone

Customer: Knappenhaus

System: HY2 Pilot project

Year: 2018

Location: South Tyrol, Italy

Stored Energy
0 kWh
H2 Storage
0 kg
CO2 Saving
0 t

over a lifetime of 20 years

Nominal Power
0 kW
The Knappenhaus, at 1,600m above sea level in the northernmost part of South Tyrol, has never been connected to a public grid. Since 2018, our HY2 system has been supplying the house with electricity and heat under challenging weather conditions of up to 1.5m snow and up to -25°C.

Back up System for IT server

Customer: GKN Sinter Metals AG Bruneck

System: P2P Demonstrator

Year: 2020

Location: South Tyrol, Italy

Stored Energy
0 kWh
H2 Storage
0 kg
Backup Autarky
0 Days
Nominal Power
0 kW
Reduction of CO2 emissions and enable for green mobility: Zero emission e-charging hub for Plug-in hybrid cars – Company cars can be charged during the day or overnight through the HY2MINI demonstrator system with zero emission daylight power from photovoltaic cells

Off-grid stand alone

Customer: Tempo Australia

System: P2P Beta

Year: Implementation 2nd half 2021

Location: New South Wales, Australia

Stored Energy
0 kWh
H2 Storage
0 kg
CO2 Saving
0 t

over a lifetime of 20 years

Nominal Power
0 kW
Off-grid stand-alone power system for a building in a national park in Australia – Enable 100% off-grid living with a decentralized renewable energy system based on photovoltaic power and green hydrogen.

Müllerhütte

Customer: 

System:

Year:

Location:

Stored Energy
0 kWh
H2 Storage
0 kg
Backup Autarky
0 Days
Nominal Power
0 kW

The customer is an alpine shelter above 3.000 m that was never connected to a grid and is reachable only by foot or helicopter. In the past the needed energy was provided by a diesel generator, the diesel transported by helicopter.

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