Members
- AaltoEE
- ABB Oy
- Abo Wind
- AFRY Management Consulting Oy
- AGCO Power Inc.
- Air Liquide Finland Oy
- Alfa Laval
- Alpiq
- Andritz
- Atlas Copco Kompressorit Ab
- Atolli Oy
- AUMA Finland Oy
- Aurelia Turbines Oy
- Auris Energy Oy
- Beckhoff
- Bergmann
- Boliden Harjavalta Oy
- Borealis Polymers Oy
- Borenius
- CGI
- Convion Oy
- Cyient
- Danfoss Drives/Vacon Oy
- Deloitte Oy
- Despro Engineering
- Destia
- Elomatic Oy
- Endress + Hauser
- Energiequelle Oy
- Enersense International Oyj
- Eolus Finland Oy
- EPV Energia Oy
- Fimpec Group Oy
- Finavia
- Finnair Oyj
- Flexens Oy Ab
- Fortum Power and Heat Oy
- Gaia
- Gasgrid Finland Oy
- Gasum Oy
- Halton Marine Oy
- Hannes Snellman Oy
- Helen Oy
- Hitachi Energy
- Hycamite TCD Technologies Oy
- HYDAC Oy
- Ilmatar Energy Oy
- Insta
- Jensen Hughes Oy
- Kemira Oyj
- Kiwa Inspecta Oy
- Kontram Oy
- Konwell
- Krogerus
- Lieke
- Linde Gas Oy Ab
- Liquid Sun
- Metsä Group (Metsäliitto Osuuskunta)
- MSc Electronics Oy
- Neste Corporation
- Oulun Energia
- Outokumpu Oy
- Ovako Imatra Oy Ab
- P2X Solutions Oy
- Parker Hannifin AB
- Pepperl+Fuchs Oy
- Pori Energia Oy
- Puhuri
- Q Power Oy
- Ramirent Finland Oy
- Rejlers Finland Oy
- Sarlin Oy Ab
- Schaeffler
- Siemens Oy
- Skanska Infra Oy
- Spinverse Oy
- SSAB Europe Oy
- St1 Nordic Oy
- STR Tecoil Oy
- Suomen Hyötytuuli Oy
- Swagelok
- Sweco Industry Oy
- Tapro Engineering Oy
- Teboil Oy Ab
- Teollisuuden Voima Oyj
- UPM Oyj
- Vahterus Oy
- Vaisala Oyj
- Valmet Flow Control
- Valorem Energies Finland
- Vexve Armatury Group Oy
- Viafin Gas Oy
- Wapice
- Woikoski Oy
- Wärtsilä
- YTM-Industrial Oy
- Ålandsbanken
Industry associations
- Confederation of Finnish Industries (EK)
- Finnish Forest Industries Federation (FFIF)
- Finnish Wind Power Association
- Finnish Energy
- Technology Industries of Finland
- The Chemical Industry Federation of Finland
- Steel and Metal Industry of Finland
Siemens Oy
Digitalization, automation and electrification for the integrated energy system
Combating climate change requires a more sustainable energy system based on renewable energy. In order to reach a decarbonization of the energy system carbon-emitting sectors need to be integrated.
We see hydrogen as a key contributor to reach net zero CO₂ emissions in those areas of industry, mobility and energy that cannot be decarbonized by electrification.
Sector coupling allows to transform and save energy from renewable resources in a chemical form for long-term storage and use, with green hydrogen and its derivatives as the core component. Converting the electric surpluses through electrolysis, hydrogen and synthetic fuels can be used to store energy on a large scale and to apply green energy widely in mobility, heating and agriculture.
The technology of electrolyzers has not yet been fully utilized. We’ll need to see progress in this technology similar to what we’ve seen in the solar industry, but it’s strongly picking up with research and development in hydrogen applications. We are involved in research projects in different countries to drive green hydrogen possibilities to a new, industrial scale.
Contact
Janne Öhman
janne.ohman(at)siemens.com
+358 10 511 2100