eFarm North Frisia: H-TEC SYSTEMS references
eFarm turns wind power into hydrogen for mobility and heating
eFarm North Frisia: H-TEC SYSTEMS references
eFarm turns wind power into hydrogen for mobility and heating
eFarm North Frisia: H-TEC SYSTEMS references
eFarm turns wind power into hydrogen for mobility and heating
eFarm North Frisia: H-TEC SYSTEMS references
eFarm turns wind power into hydrogen for mobility and heating
eFarm North Frisia: H-TEC SYSTEMS references
eFarm turns wind power into hydrogen for mobility and heating
eFarm North Frisia: H-TEC SYSTEMS references
eFarm turns wind power into hydrogen for mobility and heating
eFarm North Frisia: H-TEC SYSTEMS references
eFarm turns wind power into hydrogen for mobility and heating
eFarm North Frisia: H-TEC SYSTEMS references
eFarm turns wind power into hydrogen for mobility and heating

eFarm North Frisia

eFarm North Frisia: H-TEC SYSTEMS references

Sector integration for regional value creation

Green hydrogen is the decisive building block for the energy transition in all sectors. Whether mobility, industry or heat: In Germany's largest hydrogen mobility project "eFarm", H-TEC SYSTEMS demonstrates how the energy transition with PEM electrolysis works.

The hydrogen network eFarm in the district of North Frisia (Schleswig-Holstein, Germany) uses a total of five H-TEC SYSTEMS ME100/350 electrolysers, each of which can produce up to 100 kg of hydrogen per day from drinking water and electricity. The nominal load is 225 kW each. The energy source is surplus, regionally generated electricity from wind turbines.

The electricity is converted into hydrogen by PEM electrolysis, then stored on-site in pressure tanks, and regularly transported by pressure tanker to two hydrogen filling stations. Here, the hydrogen is available for fuel cell vehicles in local public transportation as well as for private customers. 

The PEM electrolysers also make it possible to use the waste heat from the process. In the case of eFarm, it flows into the regional heating grid for industry and private households. In this way, the H-TEC SYSTEMS electrolysers achieve an efficiency of up to 95 percent. The annual CO2 savings amount to approx. 322 t/bus (public transport) plus a further 800 t due to using the process heat.

The goal of the eFarm project is to bring a sustainable economy into society at the community level. In addition to technical and business knowledge, this project has required the power of persuasion as well as the support of the community.

„The H-TEC Systems Electrolysers make perfect use of the dynamic availability of renewable electricity within a highly flexible container solution. In addition, hydrogen production costs are minimized thanks to a very good price-performance ratio.“

Ove Petersen, CEO of the GP JOULE Group
eFarm North Frisia

Further references

ZEHTC Microgrid Sweden
Zero Emission Microgrid ZEHTC, Sweden

H-TEC SYSTEMS supplied the PEM electrolyser for a "Zero Emission Hydrogen Turbine Center", the first microgrid demonstration plant of its kind.

Details

Haurup Wind Farm
Gas grid feed-in for CO2 emission reduction, Haurup Wind Farm

A H-TEC SYSTEMS electrolyser supplies the region with 3 million kWh of green hydrogen – and thereby reduces CO2 emissions.

Details

Discover the world of H-TEC SYSTEMS green hydrogen

ALL REFERENCES