PhD Projekter
Kandidat Projekter
- Guillaume Le Ray, On the Role of Smart Metering Data Analytics in the Energy Sector Digitization Process, 2019
- Marjan Gjelaj, Planning Strategies for EV FastCharging Stations combined with Battery Storage Systems in Distribution Grids, 2019
- Lesia Mitridati, Market-Based Coordination of Heat and Electricity Systems, 2019
- Kyriaki Foteinaki, Models for flexible building operation in the Nordhavn district energy system, 2019
Kandidat Projekter
- Gunnarsson, Hákon, Modeling and Experimental Analysis of Booster Heat Pump, Modellering Og Eksperimentel Analyse Af Booster-Varmepumpe, 2019
- Jensen, Jonathan Slott, Storage of Heat in the Pipeline of Existing District Heating Grid with Heat Pump Supply, Lagring Af Varme i Rør i Eksisterende Fjernvarmesystem Med Varmepumpeforsyning, 2019
- Jensen, Thomas Gil, and Emil Lønne Jespersen, Potentials and Limitations for Using Ambient Air as Heat Source for Large-Scale Heat Pumps, Potentialer Og Begrænsninger Ved Brug Af Luft Som Varmekilde i Storskala Varmepumper, 2019
- Andersen, Martin Pihl, Dynamic Modelling and Control of a Large-Scale HFO Heat Pump, Dynamisk Modellering Og Regulering Af En Stor-Skala HFO-Varmepumpe, 2019
- Pardini, Lisa, A New Approach for District Cooling Network Planning: Using GIS to Map Potential Sites for Investment, 2019
- Maria Palumbo, "Greenfield planning of Nordhavn area: An optimal design of the power distribution network", 2018
- Pierre Winkler, "A data-driven framework for demand flexibility detection and evaluation", 2018
- Mads Rønn Kramer and Jairam Ramakrishnan, "State of Health (SOH) analysis of grid connected batteries, 2018
- Thomas Hans Ravnshøj Johansen, “Start-up Operation and Perfomance of Ammonia Heat Pump for Smart Grid, Drift Og Ydeevneved Opstart Af Ammoniak Varmepumpe Til Smartgrid” N.p., 2018
- Andrea Sacco, “Part Load Behavior of a Large Scale Ammonia Heat Pump Supplying District Heating Network, Dellastdrift for Storskala Ammoniakvarmepumpe for Fjernvarmenet” N.p., 2018
- Emil Munch Nielsen, “Experimental Assessment of the Dynamic Behaviour of a Booster Heat Pump, Eksperimentel Undersøgelse Af Dynamiske Egenskaber for Booster-Varmepumpe” N.p., 2018
- Anton Nymark Seeger, “Design of Integrated Ammonia Heat Pump and Electric Heater System, Design Af Integreret Ammoniak Varmepumpe Og Elvarme-System” N.p., 2018
- Søren Hvidgaard Poder, "Potentials and challenges of facade mounted PV in urban areas – with Copenhagen International School as case", January 2018
- Jesper Hulgard: Investigation of ATES in Nordhavn, 2017
- Morten Jacobsen: Integration of ATES and district cooling, 2017
- Camilla Lund, "Techno-economic analysis of operational strategies for a battery energy storage system installed in Nordhavn", June 2017
- Almudena Sanchez Garcia and Camilla Saltini, “Analysis of the Cruise Terminal Island District Heating System in Nordhavn, Analyse Af Fjernvarmesystem Til Ødrift Ved Nordhavns Krydstogtterminal” N.p., 2017
- Marios Vlaikidis, “Investigation of the Heat Storage Potential in the District Heating of Copenhagen, Undersøgelse Af Potentialet for Varmelagre i Københavns Fjernvarme” N.p., 2016
- Athanasios Chalmoukis, "Optimal Energy Management of Battery Storage for Multiple Services", December 2016
- Frederik William Bindner, "Integration Strategy for Fast-Chargers in Existing Power Grid", August 2016
- Christian Margo Hansen and Kasereka Jimmy Mbolisa, “Shore-to-Ship Power and District Heating, Shore-to-Ship El Og Fjernvarme” N.p., 2016
- Jiawei Wang, "Battery Impact Study on Stressed Distribution Grid", July 2016
- Mads Blumensaat, "Control Strategies for Battery Energy Storage System Services Project Nordhavn", february 2016
- Matteo Caramaschi: Integration of Micro Booster Heat Pump Units for Domestic Hot Water Preparation in Low-Temperature District Heating Networks, 2015
