CINELDI recruits Masters, PhDs and Post doctors in the following disciplines: Electric power engineering, Communication technology, Information technology, Automation/cybernetics, Socioeconomics, and Social science aspects of smart grid.

For CINELDI, master's students, PhD students, and Postdoctoral researchers are important to the centre, and the mix of nationalities, genders, and multidisciplinary is good. People with diverse backgrounds provide valuable contributions to the research. Master’s theses are an important contribution to CINELDI’s work, and they bring the up-to-date and specialised knowledge from the centre with them into business and academia after completing their studies. The PhD candidates and Postdocs perform important work in both WPs and the pilot projects.

PhD's in CINELDI and associated PhD's

Postdoctoral researchers in CINELDI

Master theses in CINELDI

PhD's in CINELDI and associated PhD's

_Finished:

• Fredrik Göthner: Stability and Power Quality Improvements to Facilitate Wide-Scale Deployment of Future Microgrids, NTNU, 2021
• Mohammad Ali Abooshabab: Dynamic State Estimation for Electrical Power Grids, NTNU, 2021
• Güray Kara: Stochastic programming in analyses of flexibility in power systems and markets, NTNU, 2022
• Ingvild Firman Fjellså: Just Flexibility? The Envisioned Role of End Users in Future Electricity Systems, NTNU, 2022
• Kasper Emil Thorvaldsen: A Long-term Strategy Framework for Flexible Energy Operation of Residential Buildings, NTNU, 2022
• Per Aaslid: Optimal coordination of renewable sources and storage in energy-constrained power systems, NTNU, 2022
• Sigurd Bjarghov: Designing grid tariffs and local electricity markets for peak demand reduction in distribution grids, NTNU, 2022
• Mostafa Barani: Reliability Studies in Information and Communication Technology (ICT)-dominated Power Systems, NTNU, 2023
• Stine Fleischer Myhre: Risk and vulnerability in the future intelligent electricity distribution system, NTNU, 2023

_Ongoing:

• Maciej Grebla: Power system protection in microgrids
• Matthias Hofmann: Flexible demand as an alternative to investments in the transmission grid
• Sjur Føyen: Methods and tools for stability assessment of microgrid systems dominated by Power Electronic converters
• Romina Muka: Application of New Sensors and Controllers for Distribution Grid Operation
• Emil Dimanchev: Utilization of electric vehicle storage flexibility in modern power grids
• Kalpanie Mendis: 5G for Low-Latency, Secure, and Dependable Communication Services for Fault Handling in Micro Grids
• Outi Pitkänen: Integrating consumer (enduser) knowledge in demandresponse technology and service design
• Fredrik Bakkevig Haugli: Distributed and centralized control to support smart grid operation with high quality in a cost-efficient way
• Natasa Gajic: Methods for assessment of the cyber-physical security of smart grid operations in the presence of large-scale and controllable DER
• Dung-Bai Yen: Transition pathways for smart distribution grids in view of market designs, regulation and other incentives
• Aurora Flataker: Long-term grid planning considering the electricity demand and flexibility potential of electric transport
• Kjersti Berg: Integration of Local Energy Communities into the Norwegian Electricity Distribution System
• Sverre Foslie: Decarbonization of Energy Supply in Industrial Sites through Sector Coupling/ Integrated Energy Systems

Postdoctoral fellowships in CINELDI

• Mario Blazquez de Paz: Designing electricity markets in the presence of renewables and elastic demand, 2017-2019
• Michele Garau: Modelling of Interactions and Interdependencies in Complex Systems of Power Grid and ICT Systems, 2018-2020
• Chendan Li: Methods and tools for stability assessment of microgrid systems dominated by Power Electronic converters, 2018-2020
• Soumya Das: Integrated methods and tools for planning and operation of Microgrids, 2019-2021
• Ida Marie Henriksen: The role of intermediary actors in the production of flexibility, 2020-2024

Master theses in CINELDI

• Vegard S. Bjerketvedt: Analysis of the Role of Energy Storage in Power Markets with Strategic Players, NTNU, 2017
• Jørgen S. Erdal: Stochastic Optimisation of Battery System Operation Strategy under different Utility Tariff Structures, NTNU, 2017
• Sigurd N. Bjarghov: Utilizing EV Batteries as a Flexible Resource at End-user Level, NTNU, 2017
• Anders Holvik: Virtual Impedance Techniques for Power Sharing Control in AC Islanded Microgrids, NTNU, 2018
• Edem Avevor: Security of the Smart Grid, NTNU, 2018
• Elise Tveita: Methods for Cost Allocation Among Prosumers and Consumers Using Cooperative Game Theory, NTNU, 2018
• Erlend Grande: Data gathering and -assembling from several smart meter HAN ports, NTNU, 2018
• Fredrik Blom: A Feasibility Study of Blockchain Technology As Local Energy Market Infrastructure, NTNU, 2018
• Henrik Willett: Security evaluation of communication interfaces on smart meters, NTNU, 2018
• Håkon E. Hanssen: Data acquisition and analysis of acquired data from geographically distributed sensors connected by 2G / 4G technology
• Ingrid M. Andersen: Stochastic Optimization of Zero Emission Buildings, NTNU, 2018
• Isa A. H. Fredriksen: Cyber Security in Smart Meters: Vulnerability Investigation in the Home Area Network Port, NTNU, 2018
• Jarand Hole: Integrasjon av distribuert fornybar energi i Trøndelag, NTNU, 2018
• Kasper Thorvaldsen: Multi-Market Optimization of Energy Storage Taking Into Account Uncertainty, NTNU, 2018
• Lene M. H. Rognan: Photovoltaic Power Prediction and Control Strategies of the Local Storage Unit at Campus Evenstad, NTNU, 2018
• Mads-Emil Kvammen, Sjur Frøyen: A signal analysis toolbox for power system identification in Smart Grids, NTNU, 2018
• Marit Tundal: Utilizing Blockchain Technology for Settlement in a Microgrid, NTNU, 2018
• Martin Lillebo: Impact of EV Integration and Fast Chargers in a Norwegian LV Grid - An analysis based on data from a residential grid in Steinkjer, NTNU, 2018
• Ruben Buchmann: Harmonic Sharing in Microgrid Applications - Modeling, Developing and Evaluating a Microgrid Control System With Harmonic Sharing Capability, NTNU, 2018
• Signe Gjørven: Integrasjon av sol i det norske kraftsystemet, NTNU, 2018
• Sondre F. Harbo: Tackling Variability in Renewable Energy Production and Electric Vehicle Consumption with Stochastic Optimization - The Benefits of Using the Stochastic Quasi-Gradient Method compared with Exact Methods and Machine Learning, NTNU, 2018
• Thea U. Øverli: Forbrukerfleksibilitet som en ressurs i fremtidens kraftsystem, NTNU, 2018
• Andreas R. Mathisen: Continuous-Time Unit Commitment using spline interpolation, NTNU, 2019
• Bernt J. Damslora: Data collection in a cellular sensor network with nRF9160, NTNU, 2019
• Fredrik Heistad, William A. Kristensen: Prediksjon av feil i det norske strømnettet, NTNU, 2019
• Guro Sæther: Peer-to-Peer Energy Trading in Combination with Local Flexibility Resources in a Norwegian Industrial Site, NTNU, 2019
• Hanne H. Grøttum, Siri F. Bjerland: Modelling coordination schemes for the transmission and distribution system operators in the power system, NTNU, 2019
• Hege B. Kvandal: Toolbox for Specialized Power System Analysis, NTNU, 2019
• Håkon Eidsvik: Dynamic simulation of power systems based on a second-order predictor-corrector scheme, NTNU, 2019
• Ingvild Skaftun: Effektforbruk ved svømmeanlegg (Pirbadet), NTNU, 2019
• Jonas Riseth, Stine F. Myhre: Interaction Strategies for an Optimal Grid Integration of Microgrids, NTNU, 2019
• Kjersti L. Runestad: Adaptive Protection of an Inverter- Dominated Microgrid and Testing at the Smart Grid Laboratory at NTNU, NTNU, 2019
• Line Nyegaard: Multi-Period AC Optimal Power Flow for Distribution Systems with Energy Storage, NTNU, 2019
• Marius Lervik: System for acquisition and analyzing of data from smart meters, NTNU, 2019
• Marte Brurås: Impact of fast charging stations on the reliability of electricity supply in distribution networks, NTNU, 2019
• Martine J. N. Baksvær: EMD and Online EMD for Harmonic Detection in Power Systems, NTNU, 2019
• Mathias Melby: Comparison of virtual oscillator control and droop control in an inverter-based stand-alone microgrid, NTNU, 2019
• Mats K. Karlsen: Energioptimalisering og mikrogrid, Granåsen skisenter, NTNU, 2019
• Nathalie Skyttermoen: A method for planning a fast charging station, NTNU, 2019
• Oda Hjelme: Optimal PV Inverter Active and Reactive Power Control in Distribution Grids With High Amounts of Solar PV, NTNU, 2019
• Ola M. Almenning: Reducing Neighborhood Peak Load with a Peer-to-Peer Approach under Subscribed Capacity Tariffs, NTNU, 2019
• Rodrigo V. Revenga: A Shorterm assessment of flexibility analyzing different levels of VRES deployment in a Unit Commitment model, NTNU, 2019
• Steinar Halsne: Stabilitetsvurdering ved Nettimpedansmetoden og Adaptiv Kontroll, NTNU, 2019
• Tonje L. Lunden: Analyse av forbruksmålinger fra smarte nettstasjoner for planlegging og drift av distribusjonsnett, NTNU, 2019
• Torbjørn Slinde: Prosesstøtte og visualisering i neste generasjons asset management, NTNU, 2019
• Alexander H. Bakken, Bjørn O. Gjørven: Design and Validation of a Novel Architecture for Virtual Smart Grid Cyber Ranges, NTNU, 2020
• Bendik B. Deraas: Modelling and Analysis of Interdependencies between Financial, Communication and Power System Infrastructures in a Smart Grid Scenario, NTNU, 2020
• Bjørnar Veie: Balancing Solar Energy and Load Consumption given Different Load Consumption Profiles, NTNU, 2020
• Christian F. M.  Træland: Grid Tariffs for Fast Charging Stations in the Norwegian Distribution Grid, NTNU, 2020
• Doney Abraham: Application of Machine Learning in IoT enabled Smart Grids for Attack Detection, NTNU, 2020
• Eirik Haugen: Optimization of battery energy storage system: A case study for an electric vehicle fast-charging station, NTNU, 2020
• Eirik H. Lillefosse: Towards DC-microgrids with Stability-Preserving Plug-and-Play Features: Passivity-Based Control Design of DC/DC Converters under Compensated Modulation, NTNU, 2020
• Eirik Ivarsøy: Optimal planning of fast charging stations for EVs – A Norwegian case study, NTNU, 2020
• Erik L. Rogne: Analysis and visualization of reinvestment scenarios for distribution networks, NTNU, 2020
• Erik-Anant S. Narayan: Dynamically Simulating Power Systems Using a Self-Adaptive Time Step Method, NTNU, 2020
• Erlend Westad: Instantaneous Frequency Identification in Microgrids Through Adaptive Data Analysis, NTNU, 2020
• Fabian S. Rønningen: Impedance-Based Stability Analysis and Adaptive Control of Grid-Connected Converter, NTNU, 2020
• Hannah Magnussen: Price formation and market balancing in a local flexibility market using Model Predictive Control, NTNU, 2020
• Håvard Refvik: Robustness of short-term load forecasting models for smart grids, NTNU, 2020
• Jon H. Holte: An analysis of energy storage system with wind power for multi-market operation under uncertainty, NTNU, 2020
• Linnea Espevik: Techno-economic optimization of energy storage for increased wind farm integration, NTNU, 2020
• Liv Ringheim: Grid Impact from Increased Prosumer Penetration in the Norwegian Distribution Grid, NTNU, 2020
• Manuel P. Bravo: Agent-based modelling of EV charging scheduling towards optimized operation in Smart Grids, NTNU, 2020
• Maren R. Brubæk: Battery Storage as Alternative to Grid Reinforcement in the Low-Voltage Network, NTNU, 2020
• Mari M. Osnes: Analyse av lastendringer på nettstasjonsnivå som følge av solkraftproduksjon på privathus og næringsbygg, NTNU, 2020
• Markus Formo: Continuation Power Flow as a tool for multi-step simulation in meshed and radial power systems, NTNU, 2020
• Marthe F. Dynge: Impact of Local Electricity Markets and Peer-to-Peer Trading on Grid Operations in a Norwegian Low-Voltage Distribution Grid, NTNU, 2020
• Matias L. Ellingsen: Security-Constrained Optimal Power Flow in Meshed Distribution Grids, NTNU, 2020
• Mohamed Farooq: TSO - DSO Coordination for Voltage Control: Simulaiton Study and Use Case Development, NTNU, 2020
• Olav H. Skonnord: The Influence of Local Energy Tariffs on a Norwegian Local Market, NTNU, 2020
• Ole B. Midtbust: Approach to software testing in the context of smart power grids, UiO, 2020
• Racin Gudmestad: Delayed Integrity Check for IEC 61850 Communication, UiS, 2020
• Rune Steig: Towards Energy Synchronization of Two-Level Voltage Source Converters, NTNU, 2020
• Sarminal Gunabala, Sara Eriksen: Nettselskapers involvering av underleverandører i hendelseshåndtering ved cyberangrep, NTNU, 2020
• Tormod H. Aarnes: High-Power Electric Charging in the Norwegian Distribution Grid, NTNU, 2020
• Øystein Molvik: Network of sensors for measurement of potential for delivery of electrical energy from solar panels, NTNU, 2020
• Åsmund Sælen: Topflow, a Toolbox for Specialized Power System Analysis, NTNU, 2020
• Amanda Njøten, Stine M. Larsen: Optimal Resource Allocation and Pricing for Distributed Demand-Side Flexibility Services, NTNU, 2021
• Anders Grøttås, Annvor T. Nestås: Flexibility Solutions in Distribution Networks. Case Study Utsira, NTNU, 2021
• Daniel Bolstad: Interpretation of Electrical Load Forecasts using Explainable Artificial Intelligence, NTNU, 2021
• Erik S. Bjørnerem: Analyzing optimal sizing and operation of renewable hydrogen systems, NTNU, 2021
• Erlend Øye: A Practical Application of an Active Distribution Grid Planning Framework in Relation to a Pilot Area for New Energy Solutions, NTNU, 2021
• Frida Bratlie: Leveraging residential battery energy storage systems for voltage support in remote distribution grids with high penetration of renewables, NTNU, 2021
• Henrik Waterloo: Predicting Domestic Hot Water Consumption in Buildings in Norway Using Machine Learning, NTNU, 2021
• Ida Langseth: Voltage Support with Reactive Power from Fast Charging Stations with Local Energy Storage and Production, NTNU, 2021
• Ine I. Svendsen: Modelling Electrical Flexibility from Domestic Water Heaters, NTNU, 2021
• Jacob Wang: Long-term Peak Power and Energy Forecasting in Norwegian Electricity Grids, NTNU, 2021
• Jostein J. Lyngen: Optimal dimensjonering og drift av mikronett, NTNU, 2021
• Kyrre K. Fjær: Analysis of Dynamic Pricing to utilise Spatial Flexibility in Heavy-Duty Electric Vehicle Charging Demand, NTNU, 2021
• Lars H. Flå: Threat Modeling Framework for Smart Grids, NTNU, 2021
• Malin Kaaløy: Assessing local flexibility resources in a Zero Emission Neighbourhood with focus on space heat demand and battery storage, NTNU, 2021
• Mari Langås, Sanna Løfqvist: Cyber security Preparedness Exercises in Smart Grid: Collaboration with Suppliers During Incident Response, NTNU, 2021
• Maria C. Westad: A Stochastic Simulation Tool for Generating Hourly Load Profiles for Residential EV Charging, Based on Real-World Charging Reports, NTNU, 2021
• Matias K. Vistnes: Analysis of Interdependence in Electrical Distribution Power Systems and corresponding Information and Communications Technology Systems using Monte Carlo Simulations, NTNU, 2021
• Oda Skeie: A Control Strategy for Seamless Interconnection of Microgrids in a Multigrid Configuration, NTNU, 2021
• Ole A. Sloth: Demand response verification using baseline estimation and load disaggregation, NTNU, 2021
• Synnøve Hovden: An Optimal Model Predictive Control-Based Energy Management System for Microgrids, NTNU, 2021
• Viljar S. Stave: Optimal Utilisation of Grid Capacity for Connection of New Renewable Power Plants in Norway, NTNU, 2021
• Alvar Øyasæter: Transition Strategies for Smart Grid: Evaluating future scenarios on a distribution grid, NTNU, 2022
• Andreas Aadnøy: A Case Study on the Grid Integration of Electric Vehicles and Solar Power using the CINELDI test grid, NTNU, 2022
• Anne M. T. W.  Christensen: Application of Stochastic Dual Dynamic Programming to evaluate long-term price signals in short-term optimisation of energy use in buildings, NTNU, 2022
• Eivind Jamessen: Economical Optimisation of Wind Powered Pump Hydro Storage Systems in Norway, NTNU, 2022 
• Håkon Teppan: Utilize GitOps for Smart Grid Security Lab, UiS, 2022
• Ine Vågane: Local flexibility Market - TSO and DSO coordination, NTNU, 2022
• Ingrid M. Sundfør: Flexibility in Distribution Systems through PyDSAL, NTNU, 2022
• Jon R. Walderhaug: Flexibility markets as a tool to solve grid problems, NTNU, 2022
• Mikal-Andre Tvedt: Optimal Operation of Flexible Assets in a Residential Energy System: A Rolling Horizon Approach, NTNU, 2022
• Robert G. Karlsen: Evaluation of available capacity in distribution grids, NTNU, 2022
• Runar Hillestad: A co-simulation framework to coordinate battery optimization and load flow - Improving voltage quality in the distribution grid, NTNU, 2022
• Tesfay W. Abraha: Optimal use of flexible resources at high-power charging stations for a Norwegian distribution grid, NTNU, 2022 
• Tom E. Øyen: EV Fast Charging Station Potential for Defence Service Provision, NTNU, 2022
• Anna L. L. Aasen: Integration of Fast-Charging Station in the Distribution System - Exploring the Potential of Alternative Grid Connection Agreements, NTNU, 2023
• Clemens M. Muller: Physics informed neural networks in radial load flow calculations, NTNU, 2023
• Erlend Vabø: Electric water heaters as flexible energy resources in the power grid, NTNU, 2023
• Erlend Waage: Distribution grid planning with flexible measures, NTNU, 2023
• Ferdinand Lindal: Impact of Industrial Size Battery Storage Systems on Electricity Price Distribution, NTNU, 2023
• Ingrid R. Kvale: Prediction of power, energy and hydrogen demand in a zero-emission port, NTNU, 2023
• Ingvild E. Olsen: Multimarket Services for Stationary Batteries - Considering Activation of Frequency Containment Normal Operation Reserves, NTNU, 2023
• Jon O. Båtbukt: Quantification of the value of flexible demand and renewable energy resources in a local energy market, NTNU, 2023
• Karl F. A.  Wirgenes: Proposal and Evaluation of a New Short Circuit Protection Algorithm for Active Meshed Distribution Grids, NTNU, 2023
• Lars S. Nygaard: Investments in Low-Carbon Power Generation and Energy Storage under Uncertainty, NTNU, 2023
• Magnus R. Hatletveit: A Case Study on the Impact of Vehicle-to-Grid on Reliability of Supply in a Norwegian Distribution System, NTNU, 2023
• Marius Rasmussen: Potential of Hydrogen Technology for Coastal Electrification: Minimizing Distribution Grid Impacts through Flexibility, NTNU, 2023
• Sofie Lorentzen: Potential of Hydrogen Technology for Coastal Electrification: Minimizing Distribution Grid Impacts through Flexibility, NTNU, 2023