Prof.dr.ir. L.J. (Laurens) de Vries
Prof.dr.ir. L.J. (Laurens) de Vries
Profile
Prof. dr. ir. Laurens de Vries (Delft University of Technology, Faculty of TPM) is an expert on energy sector market design and regulation and on energy systems integration. He is Full Professor of Complex Energy Transitions and the coordinator of the Energy Systems Integration Program of the European Energy Research Alliance (EERA). EBN (Energiebeheer Nederland), a Dutch government agency, is funding his position, as well as a postdoc, for the years 2022 –2026.
Prof. De Vries is currently involved in a range of projects on topics like electricity market design for an all-renewable system (TradeRES, H2020) and modeling and designing markets for new forms of flexibility (DEMOSES, Dutch Science Foundation).
His participation in the Sustainable Energy Technology and Systems Program (2012-2020; Erasmus Mundus) resulted in the simulation of various capacity remuneration mechanisms and the CO2 European Emission Trade System with TU Delft’s EMLab model, an agent-based electricity market investment model. In the PROMOTioN Project (Horizon 2020), Prof. De Vries integrated technical and economic insights on the design of an electricity market for a meshed offshore grid in the North Sea.
Prof. De Vries obtained his degree in mechanical engineering from TU Delft. He obtained a second Master Degree in Environmental Studies, with a focus on environmental economics from The Evergreen State College in Olympia, Washington State, USA. In 2004, he received his doctorate degree from TU Delft on the topic of electricity generation adequacy.
Publications
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2024
Can an energy only market enable resource adequacy in a decarbonized power system?
A co-simulation with two agent-based-models
I. Sanchez Jimenez / D. Ribó-Pérez / M. Cvetkovic / J. Kochems / C. Schimeczek / L.J. de Vries -
2024
Can behavioral interventions optimize self-consumption? Evidence from a field experiment with prosumers in Germany
Sabine Pelka / Anne Kesselring / Sabine Preuß / Emile Chappin / Laurens de Vries
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2024
Non-stationarity in multiagent reinforcement learning in electricity market simulation
Charles Renshaw-Whitman / Viktor Zobernig / Jochen L. Cremer / Laurens de Vries
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2024
One service fits all? Insights on demand response dilemmas of differently equipped households in Germany
Sabine Pelka / Sabine Preuß / Judith Stute / Emile Chappin / Laurens de Vries
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2024
Risk vs. restriction—An investigation of capacity-limitation based congestion management in electric distribution grids
R.J. Hennig / Laurens De Vries / Simon H. Tindemans
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Media
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2024-07-25
Krapte op het stroomnet
Appeared in: BNR
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2024-07-02
Netcongestie en verduurzaming
Appeared in: HEVO
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2024-03-07
Openbare laadpalen uitschakelen tussen 16 en 21 uur? Dit vinden experts ervan
Appeared in: Change Inc.
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2023-09-12
Waarom stroomnet de groene ambities niet kan bijhouden
Appeared in: EW
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2023-09-08
‘Hoe het optimale energiesysteem eruit ziet? Dat weten we nog niet’
Appeared in: Energeia.nl
Prizes
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2016
Erasmus Energy Science Award
Best Paper award at the Conference on Energy Informatics and Management
Ancillary activities
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2022-02-01 - 2025-12-31
Electricity, natural gas, steam and air conditioning supply
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2024-02-01 - 2026-01-30
Electricity, natural gas, steam and air conditioning supply
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2023-02-16 - 2024-12-31
Electricity, natural gas, steam and air conditioning supply
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2023-09-01 - 2025-08-29
Consultancy / research and other