Hydrogen Electrolyzer System Simulation Intern
About The Position
Team & Technology: Within the Power Solutions division based in Farmington Hills MI, Bosch is leveraging our technology leadership and manufacturing scale to accelerate the global clean energy transformation. As Hydrogen is a key component in this transformation, we are working on clean hydrogen production technologies with an initial focus on the heart of the electrolysis system, the Hydrogen Electrolyzer stack. Job Responsibilities: Developing an electrolyzer system in collaboration with internal and external stakeholders requires system simulations with dependencies on energy source, environment, functional, end-use requirements and many other factors. This internship will support the development of specific electricity requirements and other system parameters for the electrolyzer stack. In addition to your technical expertise, we are looking for future engineers who can clearly and simply communicate complex technical concepts, and who can effectively collaborate with a global team. In this internship, you will:
Requirements
- Currently pursuing or completed a masters degree in Electrical Engineering, Chemical Engineering, Process Engineering, or related technical field with a focus on renewable energy, electrochemistry, or process simulation
- Experience in dynamic system modeling
- Experience analyzing simulation results, interpreting data, and deriving meaningful conclusions
- Experience processing and visualizing large datasets in Matlab or Python
Nice To Haves
- Working Knowledge/Experience with Hydrogen Electrolyzer stacks or systems
- Knowledge of Optimization Theory
- Experience with renewable energy analysis
- Experience with 1D AMESim simulations
Responsibilities
- Perform a comprehensive literature review of relevant publicly available analyses of integration of Hydrogen Electrolyzers with renewable energy systems.
- Integrate the existing 1D simulation models of the electrolyzer stack into the overall system simulation framework
- Quantify the impact of these representative duty cycles on electrolyzer stack and system operation (e.g.: load transients, thermal conditions, efficiency)
- Explore and quantify impacts of pairing electrolyzer systems with energy storage systems
- Support analysis of design optimization for electrolyzer system integration
- Support control strategy development for electrolyzer system integration
- Support Techno-Economic analysis for projects
- Support in scenario development for different operating conditions and applications
- Use Bosch and external simulation tools to develop representative electricity input profiles (“duty cycles") for above scenarios.
- Share knowledge by clearly articulating work and ideas to fellow engineers.
- Generate insights and report to key decision makers.
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What This Job Offers
Career Level
Intern
