Manuel Lämmle
Manuel Lämmle
Offenburg University of Applied Sciences
Bestätigte E-Mail-Adresse bei - Startseite
Zitiert von
Zitiert von
Development and modelling of highly-efficient PVT collectors with low-emissivity coatings
M Lämmle, T Kroyer, S Fortuin, M Wiese, M Hermann
Solar Energy 130, 161-173, 2016
PVT collector technologies in solar thermal systems: A systematic assessment of electrical and thermal yields with the novel characteristic temperature approach
M Lämmle, A Oliva, M Hermann, K Kramer, W Kramer
Solar Energy 155, 867-879, 2017
Performance modeling of PVT collectors: Implementation, validation and parameter identification approach using TRNSYS
D Jonas, M Lämmle, D Theis, S Schneider, G Frey
Solar Energy 193, 51-64, 2019
Performance of air and ground source heat pumps retrofitted to radiator heating systems and measures to reduce space heating temperatures in existing buildings
M Lämmle, C Bongs, J Wapler, D Günther, S Hess, M Kropp, S Herkel
Energy 242, 122952, 2022
A PVT collector concept with variable film insulation and low-emissivity coating
M Lämmle, C Thoma, M Hermann
Energy Procedia 91, 72-77, 2016
Basic concepts of PVT collector technologies, applications and markets
M Lämmle, M Herrando, G Ryan, 2020
Development of highly efficient, glazed PVT collectors with overheating protection to increase reliability and enhance energy yields
M Lämmle, M Hermann, K Kramer, C Panzer, A Piekarczyk, C Thoma, ...
Solar Energy 176, 87-97, 2018
New town hall in Freiburg (D): concept, performance and energy balance after the first year of monitoring of a large net plus-energy building
N Rehault, M Lämmle, P Engelmann, L Munzinger, 2019
Thermal management of PVT collectors: development and modelling of highly efficient glazed, flat plate PVT collectors with low emissivity coatings and overheating protection
M Lämmle
PhD thesis. Fraunhofer ISE & Uni Freiburg, 2018
Key Performance Indicators for PVT Systems
D Zenhäusern, A Gagliano, D Jonas, G Tina, JC Hadorn, M Lämmle, ..., 2020
Assessment of the global potential for CO2 mitigation of carbon capture and storage (CCS) until 2050
M Lämmle, H Marth
Diploma thesis, Karlsruhe, 2012
Design Guidelines for PVT Collectors
JC Hadorn, M Lämmle, K Kramer, G Munz, 2020
Gezielter Heizkörper-Austausch in Wärmepumpen-Heizungsanlagen
M Lämmle, J Wapler, M Kropp, S Hess, D Hahn, G David, S Herkel
Deutsche Kälte-und Klimatagung, 2019
Existing PVT systems and solutions
A Baggenstos, A Mellor, A Gagliano, C Corino, D Zenhäusern, D Cabral, ...
IEA Solar Heating and Cooling Technology Collaboration Programme (IEA SHC), 2020
Thermisches Management für PVT-Kollektoren-Ergebnisse aus Systemsimulationen
M Lämmle, S Fortuin, M Hermann
Heat Pump Systems in Existing Multifamily Buildings: A Meta‐Analysis of Field Measurement Data Focusing on the Relationship of Temperature and Performance of Heat Pump Systems
M Lämmle, J Metz, M Kropp, J Wapler, T Oltersdorf, D Günther, S Herkel, ...
Energy Technology 11 (12), 2300379, 2023
Simulation and Measurement Results of a Smart District with Connected Heat Pumps, PV and CHP as a Model Project for Decarbonizing Existing Multifamily Buildings
M Lämmle, M Kropp, J Metz, S Herkel
Smart Urban Energy Concept: Integration of Heat Pumps, PV, Cogeneration, and District Heating in existing Multi-Family Buildings
M Lämmle, S Hess, S Herkel, 2021
Einfluss der Trinkwarmwasser-Systemvariante auf die Performance von Wärmepumpen in Mehrfamilienhäusern
M Kropp, O Hörnle, M Lämmle, J Wapler, S Hess
DKV-Tagung, 2020
Organic PVT - A Novel Hybrid Collector Combining Organic Photovoltaics and Polymer Absorbers
M Lämmle, HG Hernandez, L Chunghuan, LP Bauermann, 2018
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