THESIS - Current status and outlooks of hydrogen mobility market in Sweden and Finland

Background

Hydrogen mobility is a crucial element in the broader energy transition, aiming to cut greenhouse gas emissions and foster sustainable development. As a clean energy carrier, hydrogen can be derived from multiple renewable sources such as wind, solar, and hydropower through electrolysis. This flexibility makes it an appealing choice for decarbonizing sectors that are difficult to electrify, like heavy transport and industry. Within the framework of the energy transition, hydrogen-fueled vehicles—cars, buses, trucks, and trains—present a promising alternative to their fossil fuel counterparts. By employing hydrogen fuel cells, these vehicles emit only water vapor, thereby contributing to cleaner air and reducing dependence on petroleum. Integrating hydrogen mobility into the energy system is vital for meeting climate targets, improving energy security, and stimulating technological advances in both automotive and energy industries.

Purpose

The thesis will focus on understanding the market aspects of the hydrogen mobility sector in Sweden and Finland by conducting a comprehensive literature study alongside interviews with key market players. The research aims to assess the market maturity and identify the factors driving the willingness to pay for hydrogen mobility solutions. By exploring these elements, the thesis seeks to uncover the motivations behind the adoption of hydrogen technologies and gauge the sector's readiness for broader implementation. Additionally, the study will delve into the sustainability impacts of hydrogen mobility, examining how it contributes to reducing carbon footprints and promoting the use of renewable energy sources.

Part of the thesis will include a cost parity comparison between hydrogen mobility and other alternative options such as electric vehicles (EVs) and biodiesel. This comparison aims to evaluate the economic feasibility of hydrogen as a competitive alternative fuel. By doing so, the thesis will offer a holistic view of where hydrogen stands in relation to other green mobility solutions.

This investigation will provide valuable insights into the economic, social, and environmental drivers that are essential for fostering the growth of hydrogen mobility in Sweden and Finland.

WE OFFER

At Fortum, a thesis project is an excellent opportunity to engage with students and for you to understand how our company works. We also offer the possibility to work on very topical area and in the “forefront” of energy transition. You'll have a qualified internal supervisor and develop a network within and beyond Fortum, including other thesis students. When relevant, you'll also collaborate with external experts.

Fortum offers a taxable one-time compensation for a well-executed and approved thesis.

YOUR QUALIFICATIONS

You are on the final stretch of a master's degree in a related field. You are likely analytical, self-driven, and goal-oriented as an individual. You thrive on challenges and are inspired by addressing and resolving new problems.

Together, we will outline the scope to fit the requirements of a master's level thesis (30 credits). The thesis will need to be written in English.

INTERESTED?

Submit your application through our recruitment page (https://www.fortum.se/om-oss/jobba-hos-oss/studenter/examensarbeten) with your CV and a cover letter (up to one A4 page). The cover letter should include a brief description of your motivation and interests.

If you are applying as a pair, each applicant must submit their own application and specify in the cover letter the person they wish to collaborate with.

Please label your application “Master thesis in hydrogen mobility”. Apply no later than 2024-11-24. We review applications continuously, and the position may be filled prior to the deadline.