Postdoc Position in the field of ‘Forced oscillations and their impact on interarea modes in large interconnected power systems’

Job title:

Postdoc Position in the field of ‘Forced oscillations and their impact on interarea modes in large interconnected power systems’

Company:

Job description

Offer DescriptionThe further integration of offshore wind in the power system is key to the energy transition. However, in recent years, concerns are rising regarding forced oscillations coming from large offshore wind farms, and the effect that these oscillations can have on existing interarea modes in large-scale power systems. We are searching for an experienced researcher to strengthen our team on dynamic power system modelling for interarea modal analysis and the study of the impact of forced oscillations. The postdoctoral researcher will be involved in a publicly-funded project with involvement from industry. The responsibilities of the postdoctoral researcher will be:

• Develop new models and methodologies to study the impact of forced oscillations on the interarea modes in large-scale interconnected power systems.
• To contribute to the overall research conducted in the group: directly and through (co-) supervision of junior researchers.
• To publish research outcomes of research in top academic journals and conferences.
• To represent the group in projects and with industry .

RequirementsResearch Field Engineering Education Level PhD or equivalentLanguages ENGLISH Level ExcellentAdditional InformationBenefitsWe offer an exciting job in one of the leading research institutes in the field. The study of converter-related challenges in power systems is receiving significant attention from both academia and industry. This postdoctoral project allows you to work on a highly timely research topic:

• In an inspiring research environment, within an international team of enthusiastic colleagues.
• In an internationally recognized team at the most innovative university in Europe.
• With state-of-the-art laboratory infrastructure (

). * Where you can engage in research collaborations and are encouraged to participate at international conferences and be involved in expert groups.

• With projects for industry and in public R&D projects with industry involvement.

We offer a full-funded postdoc position with multiple benefits (health insurance, access to university infrastructure and sports facilities, etc.).Eligibility criteriaAs the ideal candidate:

• You have obtained the PhD degree in electrical engineering with a solid background in power system network modelling, focusing on interarea mode analysis, from a reputable institute.
• You have a strong background in stability analysis of large-scale power systems including model-order reduction.
• You are proficient in coordinated POD/PSS design and determining their optimal location.
• You have experience with non-linear dynamic system analysis and specialized power system software, such as DIgSILENT.
• You have obtained clear scientific contributions during your PhD, e.g. shown through publications in relevant top academic journals.
• You are motivated to work in a dynamic team in a collaborative spirit, whose activities are centered on power system dynamics, and to train and supervise the work of junior experts in the research team.
• You possess strong critical thinking, problem solving skills and effective collaborative skills (teamwork-oriented).
• You are able to communicate fluently at a high professionally level in English, both orally and in writing.
• You are willing to contribute to grant proposals in the field of your expertise.
• You are willing to occasionally travel in the framework of your projects, when needed.
• Knowledge of the Dutch language is a plus.

Selection processFor more information please contact Prof. dr. Jef Beerten via mail:Applicants should provide a two paragraph (up to half an A4 page) statement explaining (i) the motivation for applying for this vacancy at KU Leuven, and (ii) a first assessment of how you would tackle the challenge of forced oscillations and the study of their impact on interarea modes in large-scale interconnected power systems.You can apply for this job no later than 30/05/2024 via theWork Location(s)Number of offers available 1 Company/Institute KU Leuven Country Belgium State/Province Limburg City Genk Postal Code 3600 Street Genk GeofieldWhere to apply WebsiteContact State/ProvinceGenk CityLimburg StreetGenk Postal Code3600 E-Mail[email protected]STATUS: EXPIRED

Expected salary

Location

Genk, Limbourg

Job date

Fri, 03 May 2024 02:25:53 GMT

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