The element of the future

Hydrogen for energy and mobility

GP JOULE is able to look back on a wealth of experience in the field of hydrogen – and this lays the foundations for future innovations. Hydrogen is a key element of our concepts and crucial to the energy turnaround in general.

In this way hydrogen can open up new sales markets for electricity from renewable sources – without renewable energy compensation. It also increases the efficiency of fluctuating generation plants such as wind farms or solar plants.

Hydrogen applications:

  • Natural gas network
  • Methanation
  • Mobility
  • Industry and material use
  • Research and development
  • Power generation

Our expertise: Hydrogen engineering

Hydrogen supports long-term decarbonisation not only in the energy segment but in the mobility industry, too. GP JOULE has been the driving force and cross-sector linkage expert in implementing the cooperative eFarm project: Germany’s biggest green hydrogen mobility project to date covers the production, transport, processing and marketing of hydrogen.

More about the eFarm project

An other example for hydrogen engineering is the concept developed by GP JOULE of the power gap filler – a model project for a combined power-to-gas-to-power plant. Here, electricity from renewable sources is converted into hydrogen using PEM electrolysis and temporarily stored. If required, the hydrogen is then converted back into electricity together with biogas from a biogas plant in a CHP plant and fed into the power grid. The overall efficiency rate in terms of power and heat utilisation is up to 95%.

More about the power gap filler

Hydrogen is now.

Our subsidiary H-TEC SYSTEMS has been developing and building stacks and electrolysers for more than 20 years. Its core business is focussed on the efficient conversion of electricity into hydrogen by means of PEM electrolysis. The product range of the Lübeck-based company includes the H-TEC Series-S stacks and Series-ME electrolysers.

More about H-TEC SYSTEMS

Climate-friendly mobility for all: Fill up 100 % green and regionally produced hydrogen in North Frisia. 

But how do you get the wind get into the tank? The hydrogen produced by the electrolysers is first filled into mobile storage containers and transported by truck to the two hydrogen filling stations in Husum and Niebüll. Here the hydrogen is further compressed in order to enable fuelling of the fuel cell buses as required, as well as additional hydrogen-powered trucks and cars. The fuelling process takes just a few minutes; one full tank is sufficient to travel 350 km in a bus or 600 km in a car, for example. The vehicles are supplied with 100 % green hydrogen right from the start.  

"Sounds very simple", laughs André Steinau, member of the executive management at GP JOULE and responsible for the company's hydrogen projects. "But our engineers and technicians spent numerous years of development work until the eFarm project could be realized." In 2016, the renewable energy experts launched a feasibility study with the support of the state of Schleswig-Holstein. Steinau now drives a hydrogen-powered Hyundai Nexo. "GP JOULE is itself a project planner, builder and operator of sustainable projects. In this way we can test innovations directly at our premises".   

The two fuel cell buses, which will be purchased for this project and used in regional public transport, are only the beginning of the new hydrogen mobility in North Frisia: Since 20 further investors are involved in the eFarm project, there is already a great willingness on their part to invest in more than 100 hydrogen vehicles, from passenger cars to trucks, and to use the green, regional hydrogen supply. "This finally creates a real connection and benefit between regional renewable energy production and local energy consumption. This is decisive for the acceptance and expansion of renewable energy generation, for creating jobs and long-term added value," says Ove Petersen.  

The ground-breaking ceremony for the construction of the first hydrogen filling station will be in Niebüll in May 2020.

Acceptance through citizen participation and regional value creation. 

In order to achieve the climate targets for heating, industry and transport, it is absolutely necessary to implement the use of renewable energies in all energy sectors. However, in order to make these available, storable and thus usable for all sectors, a large proportion of solar and wind power must be converted into hydrogen in the future," says Petersen. It is also important for the transformation of energy and therefore mobility to be accepted and shaped by the citizens. This means that acceptance management and participation are also part of the eFarm strategy: In addition to the possibility of direct citizen participation, a dialogue process is to be initiated, with which the necessary acceptance, including its influencing variables, is to be systematically recorded in a monitoring process.  

"The e-Farm project makes it possible to build up a complete value-added chain of renewable energies and to make it directly usable and tangible for everyone in the region. With the e-Farm we are creating additional value from renewable energies locally, where they are produced. This strengthens the acceptance for the further expansion of wind and solar power and shows that everyone in the region can benefit directly from the energy turnaround" Ove Petersen, founder and CEO of GP JOULE GmbH 

The production of hydrogen also generates waste heat - and the North Frisian eFarm project provides this for supplying heat locally. With this type of sector coupling, the cooperative project proves that it is taking the sustainable use of resources seriously.  

Sustainable financing through regional and supra-regional partners.  

Based around the joint project previously known as the "Hydrogen Mobility Project", the company eFarming GmbH & Co. KG, which was founded by GP JOULE, will work together with citizen's wind and solar parks, companies and municipal utilities to set up and operate a modularly expandable hydrogen production and distribution network in North Frisia.  

The ongoing eFarm project is subsidised by the Federal Ministry of Transport and Digital Infrastructure with a total of EUR 8 million as part of the National Innovation Programme Hydrogen and Fuel Cell Technology funding directive.