Did you know that investing in green hydrogen and energy storage solutions for e-mobility infrastructure with Jenbacher hydrogen gensets can not only contribute to a sustainable future, but also offer profitable return on investment scenarios? Join our webinar to find out how!
- Delve into the challenges of building a sustainable electric vehicle charging network and explore innovative solutions for managing peak demand.
- Understand the role of energy storage solutions in absorbing peak electricity loads from EV charging infrastructure and assess their fit in the context of e-mobility.
- Discover how INNIO Group's Jenbacher gas engines powered by green hydrogen can address the challenges of e-mobility infrastructure and evaluate the cost of electricity to the end user.
- Analyse the cost of hydrogen production, including transportation to the point of use, and discuss the implications for developing a robust EV charging infrastructure for a specific use case in a central European location.
- Learn how both grid operators and EV charging station operators can strategically benefit from adopting the concept of decentralized hydrogen-powered energy solutions.
- Gain insight into practical return on investment scenarios for implementing these solutions, and learn how cogeneration units can improve grid efficiency and support the high energy demands of EV chargers.
- Want to see the end results? Want to know what the LCOH and payback/ROI of these investments are? Then join our upcoming webinar!
Key Learning Objectives
- Discover how INNIO Group's Jenbacher gas engines powered by green hydrogen can address the challenges of e-mobility infrastructure have integrated the learning objectives in the text box before.
- Understand the challenges of building a sustainable electric vehicle charging network and explore innovative solutions for managing peak demand.
- Learn about the role of energy storage solutions in absorbing peak electricity loads from EV charging infrastructure.
- Analyze the cost of hydrogen production, including transportation to the point of use, and discuss the implications for developing a robust EV charging infrastructure.
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