Power system engineer for harmonic and reactive power compensation

Would you like to contribute to the development of Denmark's future high-voltage electricity transmission network, where extensive investments are realised in the coming years, as part of the green transition? Would you like to contribute to the development of Denmark's future high-voltage electricity transmission network, where extensive investments are realised in the coming years, as part of the green transition?As a power system engineer in the Electrical Analysis department, you will have the opportunity to apply your strong knowledge of high voltage power systems, while also having the opportunity to directly influence the future Danish power system in both the design and construction phases. Your new workplace will be at our office in Fredericia.Become a specialist in harmonic distortion and reactive power compensation Become a specialist in harmonic distortion and reactive power compensationYou will join an analysis department consisting of 13 skilled colleagues and specialists responsible for power quality assessment, reactive power compensation and insulation coordination in relation to the design of the future electricity transmission network projects, including connection of renewable electricity and major consumers such as PtX plants. The department has a primary role in solving the technical challenges related to establishment of overhead lines and underground cables, and the transition to a power system consisting of converter-based production and consumption units, as well as new HVDC connections.You can look forward to an exciting position at a high professional level, with the responsibility of conducting different types of detailed analyses and studies. You will be part of a highly skilled team, where you will have the opportunity to delve further into advanced analysis methods and models for the Danish transmission system. The tasks are therefore specialised and may include the following:

Specification of harmonic emission requirements of new converter-based facilities to be connected to the transmission grid and subsequent validation of grid code compliance.

Test and quality control of harmonic models provided by clients for new converter-based facilities to be connected to the transmission grid and subsequent validation of grid code compliance.

Analysis of harmonic amplification phenomena and levels of harmonic distortion in the power system to assess the need for harmonic filters.

Dimensioning and placement of harmonic filters to reduce harmonic distortion at selected system nodes.

Design and placement of reactive power compensation for new underground cables, overhead lines and filters.

Specification of harmonic emission requirements of new converter-based facilities to be connected to the transmission grid and subsequent validation of grid code compliance.Test and quality control of harmonic models provided by clients for new converter-based facilities to be connected to the transmission grid and subsequent validation of grid code compliance.Analysis of harmonic amplification phenomena and levels of harmonic distortion in the power system to assess the need for harmonic filters.Dimensioning and placement of harmonic filters to reduce harmonic distortion at selected system nodes.Design and placement of reactive power compensation for new underground cables, overhead lines and filters.To succeed in this job, it is important you have an analytical approach to problem solving combined with sound engineering practice and an understanding of electrical systems. You prefer to work primarily with power system analysis and model improvements in DIgSILENT PowerFactory. You review simulation results with a critical view and through your experience with analytical work, contribute to optimising workflows and supporting scripts. Your knowledge could be acquired e.g., during work with grid connection of VE- facilities and the associated studies showing grid code compliance.Analytical electrical engineer with the ability to collaborate Analytical electrical engineer with the ability to collaborateYou have a relevant education e.g., bachelor's or master's degree in power system engineering – ideally combined with 1-3 years of experience in static, dynamic and/or harmonic analyses in PowerFactory e.g., obtained during grid code compliance studies or grid planning. However, you may also be a recent graduate, and we will ensure that the tasks are tailored to your qualifications, which will be developed over time in the department.Proficiency in English is required, as you will collaborate with both internal and external specialists and colleagues from other TSOs as part of your daily work. Furthermore, you are proficient in oral and written communication, enabling you to make difficult technical matter understandable to other non-technical colleagues and stakeholders.On a personal level, you will have an analytical and systematic approach to your tasks. You can work independently or in close collaboration in teams and adapt quickly to new and varied activities, just as you are able to further develop and optimise tools and work processes in connection with your tasks.Special conditions: The job requires that you can obtain and maintain security clearance. On PET's website you can read more about security clearance.Special conditions:On PET's website you can read more about security clearance.Do you want to make a difference with us?Do you want to make a difference with us?Then we look forward to receive your motivated application and CV no later than the 16th of June. Already now put a few careful marks in the calendar in week 25, where we hold the 1st interview online, and the 24th and 25th of June where we hold the 2nd interview in Fredericia.Are you curious about your future manager or do you have questions about the job? Take a closer look on LinkedIn or call Manager Jacob Michael Jørgensen +45 61 24 33 48.We see diversity as a strength and encourage all qualified people, regardless of background, to apply for the job. We work actively and determinedly with diversity in Energinet and therefore encourage you to exclude information about age, marital status, etc. to minimise outage biases in the process. You can read more about our diversity policy here.diversity policy here.Energinet Eltransmission A/S is responsible for developing, building, owning and operating the necessary electricity transmission grid and making it available to the transmission system operator (TSO) with the right capacity and at the correct quality as cost-efficiently as possible, ensuring optimal and safe utilisation of the installations. We ensure optimal asset management by focusing on the installations' overall service life - from cradle to grave. We are a subsidiary of the Energinet Group, which represents societal interests when supplying Denmark with electricity and gas and that the energy system is converted to green energy. Our culture is closely linked to our social responsibility, and we work actively with the UN's global goals on sustainable energy, climate action, partnerships for action as well as industry, innovation, and infrastructure. By leading the way in the green transition, we can help to solve the global climate challenge. New solutions require us to be able to see problems from many different angles, and diversity is therefore a keyword in our culture. We strive to listen to, involve and share our knowledge. Based on the values of courage and trust, we focus on constantly developing ourselves as an organisation and as people. Read more at our website www.Energinet.dk.Energinet Eltransmission A/S is responsible for developing, building, owning and operating the necessary electricity transmission grid and making it available to the transmission system operator (TSO) with the right capacity and at the correct quality as cost-efficiently as possible, ensuring optimal and safe utilisation of the installations. We ensure optimal asset management by focusing on the installations' overall service life - from cradle to grave. We are a subsidiary of the Energinet Group, which represents societal interests when supplying Denmark with electricity and gas and that the energy system is converted to green energy. Our culture is closely linked to our social responsibility, and we work actively with the UN's global goals on sustainable energy, climate action, partnerships for action as well as industry, innovation, and infrastructure. By leading the way in the green transition, we can help to solve the global climate challenge. New solutions require us to be able to see problems from many different angles, and diversity is therefore a keyword in our culture. We strive to listen to, involve and share our knowledge. Based on the values of courage and trust, we focus on constantly developing ourselves as an organisation and as people. Read more at our website www.Energinet.dk.