CINELDI recruits Masters, PhDs and Post doctors in the following disciplines:

— Electric power engineering
— Communication technology
— Information technology
— Automation/cybernetics
— Socio-economics
— Social science aspects of smart grid

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