People / Nikos Damianakis
PhD researcher
Nikos Damianakis
Phd candidate | Dc systems, energy conversion & storage
- Institution
- Delft University of Technology
- Work package
- In NEON
- 2021-2026
- PhD
- defended, 19 February 2026
- Thesis
- Grid Impact and Power Control of Low-Carbon Technologies in Future Distribution Grids: converting the problem to its solution
WP2 PhD on grid impact and coordinated power control of low-carbon technologies in distribution grids.
Nikolaos (Nikos) Damianakis obtained his PhD at TU Delft in 2026. His research quantifies how PV, electric vehicles and heat pumps load Dutch distribution grids and develops power control systems that turn these technologies, plus batteries, into a source of flexibility and grid services.
About me
Hi, my name is Nikos, I come from Greece and I am an Electrical Power Engineer with specializations in Energy, Electric Machines and Smart Grids, currently working as a PhD Candidate in TU Delft in the Department of Electrical Sustainable Energy. E-mobility is the focus of my research career since my early university years, because I believe that it will play a significant role in a future sustainable world. Music, travelling and having an athletic way of living have always been inherent parts of my life, since they help me feel complete and peaceful, driving me away from the stress and anxiety that characterize our modern lifestyle

Personal Motivation
On the one hand, I have always been fascinated with being a part of the research community of my field, aiming to make my own contribution to the scientific knowledge that is going to be earned. On the other hand, it is now well-known that our fossil-fueled world is not going to last unless we change our power grid and of course our lives to a more sustainable way. Therefore, energy transition is not an idea any more, rather a necessity, regarding which such the industry as the scientific community should focus and collaborate. In my point of view, NEON project is going to provide the world and particularly the Netherlands with a complete view on how the energy transition will be managed and realized. And this is justified by the interdisciplinary collaboration of all participants in the NEON project, who address thoroughly and enthusiastically all technical, societal, psychological, economical and governmental factors related with our ultimate goal or energy transition
Energy management with integration of res, storage, evs and other smart loads
What is the impact to the power grid of the future totally electric load and how can Intelligent Management contribute to alleviate it?
How Energy Storage Systems (ESSs), RES exploitation and Smart Loads increase cost savings and minimize the need for upgrade of the Dutch electricity grid?
How can DC Microgrids contribute to Energy Transition and what is the benefit of replacement of the existing AC grid?

Link to other neon research
- Breakthrough technologies for sustainable energy supply
- Local energy demand, storage and new market models
- Electric mobility
- Charging mobility
- Integral model
Profile text from the former NEON website.
✎ draftSupervised by
Publications and talks
- Grid Impact and Power Control of Low-Carbon Technologies in Future Distribution Grids: converting the problem to its solution (phd-thesis, 2026)
- Battery storage integration in power systems of PVs, and flexible loads for frequency reserves provision and direct load control (journal-article, 2026)
- Power control of PV generation, flexible loads, and battery energy storage for frequency reserves provision (journal-article, 2026)
- Power Management of PV Generation, Electric Mobility, Electric Heating, and Battery Energy Storage (journal-article, 2026)
- Leveraging Location-Unconstrained Vehicle to Grid to Reduce Energy Community Costs (report, 2026)
- Grid impact of photovoltaics, electric vehicles and heat pumps on distribution grids: An overview (journal-article, 2025)
- Grid Impact of Unbalanced Phase Integration of PV Generation, Electrified Mobility, and Heating in LV Distribution Grids (journal-article, 2025)
- Physics-Based and Data-Driven Modeling of Degradation Mechanisms for Lithium-Ion Batteries—A Review (journal-article, 2025)
- Coordinated Power Control of PV Generation, Electric Mobility and Electric Heating in Different Grids (conference-paper, 2024)
- Impact of Uncertainties and Price of Robustness in receding-horizon EV Smart-Charging (conference-paper, 2024)
- A shared PV system for transportation and residential loads to reduce curtailment and the need for storage systems (journal-article, 2023)
- Assessing the grid impact of Electric Vehicles, Heat Pumps & PV generation in Dutch LV distribution grids (journal-article, 2023)
- Frequency Regulation Reserves Provision in EV Smart-Charging (conference-paper, 2023)
- Risk-averse Estimation of Electric Heat Pump Power Consumption (conference-paper, 2023)
- PhD defence: Grid Impact and Power Control of Low-Carbon Technologies in Future Distribution Grids: converting the problem to its solution (phd-defence, 2026-02-19)