HYDROGEN ENERGY
Hydrogen as an energy carrier (energy storage)
- Hydrogen 2G engines, unlike fuel cells, do not need pure hydrogen, they can work successfully with impurities in the fuel.
- Decentralized approach – increases the reliability of the power supply network
- Load variation range from 50 to 100% of rated power
- Ability to work in the “island” mode with a large range of load changes
- Multi-fuel operation possible with optional control modules (e.g. natural gas/biogas/landfill gas)
- Ability to retrofit existing 2G gas engines for hydrogen fuel use
Energy flows of “green” energy
Power range of hydrogen-fuelled GPU
| agenitor 404c H2 | agenitor 406 H2 | agenitor 408 H2 | agenitor 412 H2 | avus 1000plus H2 | |
| Power el. | 115 kW | 170 kW | 240 kW | 360 kW | 750 kW |
| Thermal power | 129 kW | 183 kW | 250 kW | 371 kW | 747 kW |
| Efficiency el. | 37,70 % | 39,00 % | 40,20 % | 40,50 % | 41,20 % |
| Thermal efficiency | 42,30 % | 41,90 % | 41,90 % | 41,70 % | 42,00 % |
Hydrogen mini-CHP 2G
Specifications
MOT agenitor 404c H2 (115 kW, el. efficiency 37.7%)
Maintenance agenitor 406 H2 (170 kW, el. efficiency 39.0%)
Maintenance agenitor 408 H2 (240 kW, el. efficiency 40.2%)
Maintenance agenitor 412 H2 (360 kW, el. efficiency 40.5%)
Maintenance avus 1000plus H2 (750 kW, el. efficiency 41.2%)
Service intervals
| agenitor 404c H2 | agenitor 406 H2 | agenitor 408 H2 | agenitor 412 H2 | avus 1000plus H2 | |
| Maintenance interval | 2000 mh | 2000 mh | 2000 mh | 2000 mh | 2000 mh |
| Repair | 32 000 mh | 32 000 mh | 32 000 mh | 32 000 mh | 32 000 mh |
| Overhaul | 60 000 mh | 60 000 mh | 60 000 мчmh | 60 000 mh | 60 000 mh |
Completed projects
- TOTAL airport in Berlin
agenitor 306SG (110 kW) - CHP in Hassfurt
agenitor 406SG (140 kW) - Siemens project in Dubai
agenitor 412SG (360 kW) - Industrial project in Japan
agenitor 412 (360 kW) - APEX in Rostock
agenitor 404 (115 kW) - Kirkwall Airport in the UK
agenitor 404c (115 kW) - “Green” hydrogen Esslingen GmbH
agenitor 406 (170 kW) - Power supply Tokyo / Japan
agenitor 412 (360 kW)
Siemens and DEWA are implementing a project to build a hydrogen thermal power plant at the world's largest solar power plant (1000 MW in 2020 / 5000 MW in 2030)
TOTAL airport in Berlin
Centralized generation of energy on traditional
non-renewable energy sources
Decentralized energy generation from renewable energy sources
An example of a project in the city of Hasfurt
Minister of Economics Aiwanger Together with the German Thermal Energy Association and Energy and Management presented the CHP of the Year award
The hydrogen unit of the CHPP in Hassfurt won the CHP of the Year 2019 category. The official awards ceremony had to be postponed due to the pandemic and can now take place at the Bavarian Ministry of Economics in Munich on June 22. Minister of State Hubert Eiwanger presented the certificate to the three project partners.
The partners of the Hassfurth municipal companies in this test facility – a complete energy-to-gas chain with the reverse flow of hydrogen and heat – are 2G Energy AG from Heek and the Institute for Energy Technology (IfE) of the East-Bavarian Technical University Amberg-Weiden.
The jury of the German Combined Heat and Power Association (BKWK) decided on the choice of CHP of the Year.
The project shows the result of cooperation between operators, manufacturers and scientists. In addition, the jury approved the calculations of the manufacturer, 2G Energy GmbH, for the already possible economic operation of a hydrogen CHP plant.
The hydrogen unit of the CHPP in Hassfurt won the CHP of the Year 2019 category. The official awards ceremony had to be postponed due to the pandemic and can now take place at the Bavarian Ministry of Economics in Munich on June 22. Minister of State Hubert Eiwanger presented the certificate to the three project partners.
The partners of the Hassfurth municipal companies in this test facility – a complete energy-to-gas chain with the reverse flow of hydrogen and heat – are 2G Energy AG from Heek and the Institute for Energy Technology (IfE) of the East-Bavarian Technical University Amberg-Weiden.
The jury of the German Combined Heat and Power Association (BKWK) decided on the choice of CHP of the Year.
The project shows the result of cooperation between operators, manufacturers and scientists. In addition, the jury approved the calculations of the manufacturer, 2G Energy GmbH, for the already possible economic operation of a hydrogen CHP plant.
“For about 20 years, together with the BKWK, we have been presenting the award,” said Stefan Sagmeister, editor-in-chief of Energie and Management, at the awards ceremony in Munich. “With CHP of the year, we want to make outstanding CHP projects more known among municipal utilities and municipalities, but also among the general public.” This is because Hydrogen to Gas is an important technology that will certainly be
is still essential for the success of the energy transition.
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