Mattia Marinelli

Mattia Marinelli


Department of Electrical Engineering

Technical University of Denmark

Frederiksborgvej 399

Building 776, room 08

4000 Roskilde

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Keywords Dynamic Modellling & Simulation of Electric Power Systems | Renewable Energy, wind power integration | Renewable energy | Energy storage | Demand Response | SmartGrids | Vehicle to grid

Short version

I was born in Genova, Italy, on March 31st 1983. I received the B.Sc. and M.Sc. degrees in electrical engineering from the University of Genova, in 2005 and 2007, respectively. In March 2011, I received the Ph.D. degree with European label in power systems from the same University with a thesis related to the wind and storage modeling and integrated control.

Since September 2012, I have been with DTU. My research interests include power system integration studies, wind and solar data analysis, demand-side and electric vehicles management, distributed generators and electrochemical storages modeling.


Narrative version

I received my B.Sc. degree in Electrical Engineering in February 2005, with a thesis about "Characterization of a monophase power transformer", and my M.Sc. in E.E. in October 2007 cum laude, with a thesis about "Wind generators modelling and their integration in the transmission network" both from the University of Genova.

In November 2007, I joined the Intelligent Electrical Energy System Laboratory and in January 2008 started the Ph.D. under the supervision of Prof. Stefano Massucco, University of Genova. During the Ph.D I have been working in several research projects in collaboration with the Enel Research Centre of Pisa and other Italian Universities, mainly: "Smartgrid Project: automation and control of energy systems" and "Modeling and optimization systems for the integration of renewable energy generation and energy storage systems". I have realized several distributed resources models and performed power systems studies using mainly DIgSILENT Powerfactory and Matlab-Simulink.
I have spent my Ph.D. external stay in Eirgrid, Dublin, between May and Sepetmber 2010 with a project concerning "Offshore expansion study and wind turbine dynamic analysis".

In March 2011, I got the Ph.D. degree, with European Label, in power systems with a thesis related to "Wind turbine and electrochemical based storage modeling and integrated control strategies to improve renewable energy integration in the grid". 

Since January 2011 until August 2012, I have been working as postdoc and have been mainly involved in the National research project "Smartgen", concerning electric power and control system solutions for an intelligent management of generation and demand in active distribution networks. I have spent 3 periods of 2 weeks in May and November 2011 and March 2012 in DTU Risø Campus within the EU FP7 Derri project, where I had the chance to study and validate some of the models developed during the Ph.D, using the SYSLAB test facility. During the nearly 5 years of research experience in the University of Genova, I have been also co-supervising 4 M.Sc. and 1 B.Sc. thesis and holding 40 hours of lectures in power systems courses.

From October 2010 to August 2012, I have also been doing part-time private consultancy: design of small size photovoltaic power plants and technical-economical evaluation for the energy efficiency improvement of buildings. I have realized 3 PV plants for a total capacity of 103 kWp and done the preliminary sizing of other 6 plants for a total capacity of 290 kWp.


In September 2012, I joined the Center for Electric Power and Energy of the DTU as postdoc. Since January 2015, I have a position of research scientist in modeling of power systems with high share of
distributed energy resources.

I had an involvement in the following projects: PECD - Pan European Climate Data, an ENTSO-E funded project, in collaboration with DTU Wind Energy, which aimed at evaluating photovoltaic and wind hourly production on regional scale in the whole Europe; Cotevos - Concepts, Capacities and Methods for Testing EV systems and their interoperability within the Smartgrids, an European FP7 funded project, which deals with electric vehicles interoperability and charging standards and their interaction with the electric network.

Since January 2013 until December 2013, I have been involved in the organization of the 4th Innovative Smart Grid Technologies, held at the Lyngby Campus of DTU on October 6-9: the premier European Conference in the field of Smart Grid with nearly 450 participants. I have also been the Scientific Publication Chair, managing and supervising the overall paper revision process (558 extended abstracts submitted and 254 published full papers).

Currently I am working in the following projects:

  • Nikola Project (Mar. 2013 - Jun. 2016) - ForskEl funded project, which aims at investigating and demonstrating a broad set of smart charging concepts that should minimize the cost of Electric Vehicle integration and maximize the value for EV owners and power system. Currently leading WP2, whose object is to mitigate adverse effects of introducing various types of distributed energy resources into the distribution grid and applying new control concept for their active interaction with EVs. Website:
  • ESVM - Energy Saving by Voltage Management (Jul. 2013 - Jun. 2015) - EUDP funded project. The main objective of this project is to develop and demonstrate two new energy optimization units whose aims are the reduction of the private household consumption and the improvement of distribution network power quality.
  • ELECTRA - European Liaison on Electricity grid Committed Towards long-term Research Activities (Dec. 2013 - Nov 2017). European FP7 funded IRP project, which will develop radically new control schemes for the real time operation of the 2030 power system and provide support for the EERA Joint Programme on Smart Grids activity in order to realize the European SET Plan objectives. The EERA JP on Smart Grids intends to facilitate and encourage European coordination of member state research in the domain of Smart Grids. Within EERA JP activities, we are currently leading one of the 5 Sub-Programmes (SP2 on energy management). Website:

Course responsible and teacher for DTU courses 31783 (Integration of wind power in the power system) and 31778 (Emerging Energy Technologies) and supervisors of several Ph.D. and M.Sc. projects.

EERA Joint Programme on Smart Grids - Sub Programme 2 (Power system management) leader assistant. Website:

IEEE Denmark Section - PES Chapter vice-chair. Website:
24 MARCH 2017