Smart ELectrolYsis Module manufacturing – upscaling with Automotive production technology with a Sustainability focus
The ELYAS project aims to industrialize a sustainable electrolysis technology, reducing GHG emissions and boosting local economies by transforming automotive production for hydrogen solutions.
Projectdetails
Introduction
The ELYAS project (smart ElectroLYsis module manufacturing – upscaling with Automotive production technology with a Sustainability focus) takes a significant step towards a cost- and resource-efficient proton exchange membrane (PEM) stack production, by meeting the highest quality standards for secured long-term running. It is expected that 100% relative greenhouse gas (GHG) emission avoidance will be achieved compared to the reference scenario.
Production and Industrialisation
After starting the production of its new ElectrolYsis (ELY) stack in 2025, BOSCH will industrialise the novel Smart Electrolysis Module (SEM). This combines the ELY stack with cost-efficient, robust, and highly available automotive-based power electronics, control unit, and sensors, including global service offerings.
Benefits of the Smart Electrolysis Module
This unique, pre-assembled, and ready-to-use cloud-connected system will:
- Reduce commissioning efforts of large-scale electrolysers by up to 80%.
- Significantly increase their operating efficiency and availability.
The ELYAS project is designed for rapid scale-up, and the revenue model has been combined with a cloud-based digital AIoT (Artificial Internet of Things) service model. It aims to achieve an absolute GHG emission avoidance of 23.6 million tonnes CO2 equivalent over the first ten years of operation.
Contribution to Climate Change Technology
The innovative production scheme of the ELY stack and the Smart ELY Module is an active and important contribution to climate change technology. The ELYAS project will contribute to the widespread implementation of electrolysis technology, which will lead to a significant decrease in fossil fuel dependency.
Industrialisation Site and Economic Impact
The first main industrialisation site will be BOSCH’s Bamberg plant, which is ready for transformation from automotive to hydrogen products involving experienced and trusted local suppliers. The regional economy of the Bamberg region is largely based on automotive suppliers, with this industry providing almost 15,000 jobs in the region.
Local Economic Benefits
Many of the local companies produce components for combustion engines. Accordingly, in the Bamberg region, the success of the ELY Stack ramp-up has significant potential for the regional economy. The ELYAS project will accelerate the development of a local supply chain for ELY stack manufacturing. Thus, ELYAS will contribute to job creation and generate local added value for the North Bavarian economy.
Financiële details & Tijdlijn
Financiële details
Subsidiebedrag | € 51.926.000 |
Totale projectbegroting | € 51.926.000 |
Tijdlijn
Startdatum | 1-1-2024 |
Einddatum | 30-11-2030 |
Subsidiejaar | 2024 |
Partners & Locaties
Projectpartners
- ROBERT BOSCH GMBHpenvoerder
Land(en)
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Bio-Energy Carbon Capture and Storage (BECCS) at the existing Combined Heat and Power-plant KVV8 at Värtaverket, Stockholm, Sweden
The Beccs Stockholm project aims to establish a full-scale BECCS facility to capture and store CO2, achieving 7.0 Mt CO2e removals while enhancing renewable energy efficiency.
Coda by Carbfix - a highly scalable, cost effective CO2 mineral storage hub
Coda Terminal aims to be the first carbon mineral storage facility, utilizing sustainable shipping to permanently store CO2 in Iceland, significantly aiding EU climate goals.
FUse, REuse,ReCycle
The FUREC project converts non-recyclable waste into 54,000 tonnes of hydrogen annually, supplying the chemical industry while achieving a 101% reduction in greenhouse gas emissions.
Reduction of CO2 emissions in methanol production from municipal non-recyclable waste
The ECOPLANTA project aims to transform non-recyclable municipal waste into 237 kt/y of methanol, reducing GHG emissions by 3.4 Mt CO2eq over ten years while displacing fossil fuels.
Vergelijkbare projecten uit andere regelingen
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High Temperature Electrolyser Manufacturing 300MW/a (HTEM300)HTEM 300 aims to establish a 300 MW high-temperature electrolysis manufacturing facility to produce SOE modules, enabling clean hydrogen production and supporting Europe's decarbonization goals. | InnovFund NZT | € 35.765.708 | 2025 | Details |
Haalbaarheidsonderzoek naar AEM-elektrolyse direct gekoppeld aan de hernieuwbare energiebronElecHydro ontwikkelt een optimale systeemarchitectuur voor PV-to-Gas projecten met AEM-technologie om kosteneffectieve groene waterstofproductie te realiseren en het hoogspanningsnet te ontlasten. | MIT Haalbaarheid | € 20.000 | 2020 | Details |
ELectrOlysis of BIOmass
ELOBIO aims to develop low-temperature electrolysers for green hydrogen production from biomass, enhancing efficiency and sustainability while reducing costs and environmental impacts.
High Temperature Electrolyser Manufacturing 300MW/a (HTEM300)
HTEM 300 aims to establish a 300 MW high-temperature electrolysis manufacturing facility to produce SOE modules, enabling clean hydrogen production and supporting Europe's decarbonization goals.
Haalbaarheidsonderzoek naar AEM-elektrolyse direct gekoppeld aan de hernieuwbare energiebron
ElecHydro ontwikkelt een optimale systeemarchitectuur voor PV-to-Gas projecten met AEM-technologie om kosteneffectieve groene waterstofproductie te realiseren en het hoogspanningsnet te ontlasten.