Providing clean, reliable and affordable energy for the world’s population is one of today’s biggest challenges. At the same time green energy technology also offers new economic opportunities. The Delft Energy Initiative provides easy access to the more than 700 energy researchers at TU Delft and brings together researchers, students, companies and governments to tackle the energy challenge.
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Architecture (Bachelor) (1)
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Bachelor (Bachelor) (4)
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Smart Grids: Modeling
Program(s) Bachelor
Theme(s) EnergySustainability
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Smart Grids: The Basics
Program(s) Bachelor
Theme(s) SustainabilityEnergy
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Chemical Engineering (Master) (1)
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Electrical Engineering (Master) (2)
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Solar Energy: Photovoltaic (PV) Systems
Program(s) Master
Theme(s) EnergySustainabilityEnvironment
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Electrical Engineering (Bachelor) (2)
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Solar Energy
Program(s) Bachelor
Theme(s) EnergySustainability
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Solar Energy: Photovoltaic (PV) Technologies
Program(s) Bachelor
Theme(s) SustainabilityEnergyEnvironment
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Microelectronics (Master) (3)
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Petroleum Engineering (Master) (1)
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Sustainable Processes and Energy (Master) (1)
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Non Equilibrium Thermodynamics
Program(s) Master
Theme(s) EnergySustainability
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Systems Engineering, Policy Analysis & Management (Master) (3)
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Electricity and Gas: Market Design and Policy Issues
Program(s) Master
Theme(s) EnergyEnvironment
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Legal Aspects of MAS Design
Program(s) Master
Theme(s) EnergyEnvironmentHealth
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Next Generation Infrastructures
Program(s) Master
Theme(s) Infrastructures and MobilityEnergy
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Teachers (26)
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Siebe Broersma
Course(s) Zero-Energy Design: an approach to make your building sustainable
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Ibrahim Diab
Course(s) Smart Grids: ModelingSmart Grids: The Basics
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Digvijay Gusain
Course(s) Smart Grids: Modeling
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E.F. ten Heuvelhof
Course(s) Next Generation Infrastructures
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Victor Hugo Sánchez Espinoza
Course(s) Understanding Nuclear Energy
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Olindo Isabella
Course(s) Solar Energy: Photovoltaic (PV) Systems
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Laure Itard
Course(s) Energy Supply Systems for Buildings
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S.H. Kjelstrup
Course(s) Non Equilibrium Thermodynamics
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J.L. Kloosterman
Course(s) Understanding Nuclear Energy
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Rudy Konings
Course(s) Understanding Nuclear Energy
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G.J.T. Leus
Course(s) Digital Signal Processing
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S.M. Luthi
Course(s) Petroleum Geology
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Peter Palensky
Course(s) Smart Grids: ModelingSmart Grids: The Basics
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Kaikai Pan
Course(s) Smart Grids: The Basics
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Stefaan Pommé
Course(s) Understanding Nuclear Energy
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J. Popović
Course(s) Electronic Power Conversion
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José Rueda Torres
Course(s) Smart Grids: The Basics
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N. Saanen
Course(s) Legal Aspects of MAS Design
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W.A. Serdijn
Course(s) Analog Integrated Circuit DesignElektronische signaalbewerking IILineaire schakelingen
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A.H.M. Smets
Course(s) Solar EnergySolar Energy Engineering: Photovoltaic Energy ConversionSolar Energy: Photovoltaic (PV) TechnologiesSustainable Energy: Design A Renewable Future
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Ravi Vasudevan
Course(s) Solar Energy: Photovoltaic (PV) Systems
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M.P.C. Weijnen
Course(s) Electric Cars: IntroductionElectric Cars: PolicyInclusive Energy Systems: Exploring Sustainable Energy for AllNext Generation Infrastructures
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M. Zeman
Course(s) Solar CellsSolar Energy Engineering: Photovoltaic Energy ConversionSolar Energy: Photovoltaic (PV) Technologies
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L.J. de Vries
Course(s) Electricity and Gas: Market Design and Policy Issues
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Andy van den Dobbelsteen
Course(s) Zero-Energy Design: an approach to make your building sustainable
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Eric van den Ham
Course(s) Zero-Energy Design: an approach to make your building sustainable
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Siebe Broersma