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University: Norwegian University of Science and Technology
Location: Trondheim, Norway
Department: Department of Electric Energy
Supervisor: Ida Fagerli
Application Deadline: March 29, 2026
About the University
Norwegian University of Science and Technology is a leading technical and scientific university dedicated to creating knowledge for a better world. The institution has campuses in multiple Norwegian cities, with its main headquarters located in Trondheim.
The university hosts around 43,000 students and 9,000 employees, fostering an international academic environment focused on research, innovation, and professional education.
About the PhD Position
The Department of Electric Energy is offering a full-time PhD position in resilient solar photovoltaic (PV) and battery energy systems. The successful candidate will join the Power System Operation and Analysis (PSOA) research group, which provides a collaborative and supportive environment for advanced research in energy systems and power engineering.
This three-year doctoral position allows candidates to work toward a PhD degree in electric power engineering while gaining research experience in renewable energy technologies and energy system modelling.
Research Project Overview
Decentralized solar photovoltaic systems combined with battery storage are becoming increasingly important for ensuring reliable and sustainable energy supply. These systems can support energy independence in locations where grid access is limited or where climate variability creates uncertainty in power availability.
However, designing such systems requires balancing several factors, including:
- System reliability and resilience
- Cost efficiency and performance
- Environmental and meteorological conditions
- Long-term sustainability and autonomy
The research project focuses on developing resilient solar PV-battery systems capable of maintaining stable operation even under changing environmental conditions, extreme weather, or fluctuating energy demand.
Research Focus and Objectives
The PhD candidate will develop advanced models, tools, and optimization methods to improve the design and operation of decentralized renewable energy systems.
Solar Resource and Meteorological Data Analysis
The project will integrate high-resolution solar and environmental data, including solar irradiation, temperature variations, wind conditions, and environmental effects such as dust, snow, and shading. These datasets will be used to evaluate system performance and uncertainty in different operating conditions.
Resilient PV and Battery System Design
The candidate will develop system sizing methodologies that determine optimal photovoltaic and battery capacities based on load profiles, environmental conditions, and long-term reliability requirements.
Robust System Operation and Control
Another key objective is to design control strategies and operational algorithms that maintain stable performance in decentralized energy systems despite variability in solar resources, load fluctuations, and unexpected disruptions.
Key Responsibilities
The PhD candidate will:
- Conduct high-quality research in renewable energy systems and solar PV technologies
- Participate actively in the Power System Operation and Analysis research group
- Publish research results in international scientific journals and conferences
- Take part in international collaboration and potential research visits abroad
- Complete doctoral coursework equivalent to at least 30 ECTS credits
- Contribute to academic activities such as teaching, supervision, or laboratory work when required
Required Qualifications
Applicants should meet the following requirements:
- A Master’s degree in Electrical Engineering or a related discipline
- Academic qualifications equivalent to a five-year Norwegian engineering program
- Experience or knowledge related to solar photovoltaic systems and renewable energy technologies
- Background in optimization methods or energy system modelling
- Strong academic performance, normally equivalent to a B grade or higher in the NTNU grading system
- English language proficiency at CEFR B2 level or higher
Accepted test scores may include:
- TOEFL iBT: 79–101
- IELTS: 5.5–6.0
- Cambridge English: 160–179
Preferred Skills
Candidates with the following expertise will have an advantage:
- Experience with photovoltaic system modelling and simulation
- Programming and modelling skills using Python or similar languages
- Research or work experience in renewable energy, power systems, or sustainability
Personal Qualities
Successful PhD candidates should demonstrate:
- Strong motivation and curiosity for research
- Ability to work independently and manage projects effectively
- Good communication and teamwork skills
- Resilience and problem-solving ability when facing research challenges
- Commitment to responsible and ethical research practices
Salary and Employment Conditions
The position is offered with competitive employment conditions:
- Annual gross salary: approximately NOK 550,800
- Membership in the Norwegian Public Service Pension Fund
- Three-year employment period with potential extension for career-enhancing activities
- Access to research funding and project resources
Employees also benefit from professional mentoring, career development opportunities, and social activities within the university’s research community.Working Environment and Benefits
The working environment at Norwegian University of Science and Technology promotes collaboration and academic growth. PhD candidates benefit from:
- International research networks and conferences
- Access to advanced research facilities
- Professional development and mentoring programmes
- Social activities and community events organized by doctoral students
- Free introductory Norwegian language training
Application Requirements
Applicants must submit the following documents:
- Motivation letter describing research interests and suitability for the project
- Research proposal outlining methodology and project plan
- Curriculum Vitae
- Academic transcripts and degree certificates
- Master’s thesis or draft if recently submitted
- Proof of English language proficiency if applicable
- Contact information for three academic referees
All application materials must be submitted electronically through the official recruitment platform before the deadline.
About Trondheim
Trondheim is one of the leading technology hubs in Norway, known for its innovation ecosystem and high quality of life. The city offers a vibrant cultural environment, strong research community, and easy access to nature, making it an attractive location for international researchers and students.
This PhD opportunity provides a chance to contribute to advanced research in renewable energy systems, solar photovoltaic technology, and resilient energy infrastructure, supporting the global transition toward sustainable and decentralized power systems.
Apply now at: https://www.jobbnorge.no/en/available-jobs/job/296737/phd-candidate-in-resilient-design-and-operation-of-decentralized-solar-pv-and-battery-systems
