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Björn Bahl
Björn Bahl
RWTH Aachen University, Chair of Technical Thermodynamics
Bestätigte E-Mail-Adresse bei rwth-aachen.de
Titel
Zitiert von
Zitiert von
Jahr
Time-series aggregation for synthesis problems by bounding error in the objective function
B Bahl, A Kümpel, H Seele, M Lampe, A Bardow
Energy 135, 900–912, 2017
732017
Typical periods for two-stage synthesis by time-series aggregation with bounded error in objective function
B Bahl, T Söhler, M Hennen, A Bardow
Frontiers in Energy Research 5, 35, 2018
482018
RiSES3: Rigorous Synthesis of Energy Supply and Storage Systems via time-series relaxation and aggregation
N Baumgärtner, B Bahl, M Hennen, A Bardow
Computers & Chemical Engineering 127, 127-139, 2019
472019
Rigorous synthesis of energy systems by decomposition via time-series aggregation
B Bahl, J Lützow, D Shu, DE Hollermann, M Lampe, M Hennen, A Bardow
Computers & Chemical Engineering 112, 70-81, 2018
422018
An adaptive discretization MINLP algorithm for optimal synthesis of decentralized energy supply systems
S Goderbauer, B Bahl, P Voll, ME Lübbecke, A Bardow, AMCA Koster
Computers & Chemical Engineering 95, 38-48, 2016
372016
Optimization-based identification and quantification of demand-side management potential for distributed energy supply systems
B Bahl, M Lampe, P Voll, A Bardow
Energy 135, 889-899, 2017
242017
Coordinating scheduling of production and utility system using a Stackelberg game
L Leenders, B Bahl, M Hennen, A Bardow
Energy 175, 1283-1295, 2019
162019
RiSES4: Rigorous Synthesis of Energy Supply Systems with Seasonal Storage by relaxation and time-series aggregation to typical periods
NJ Baumgärtner, F Temme, B Bahl, MR Hennen, DE Hollermann, ...
Proceedings of the International Conference on Efficiency, Cost …, 2019
162019
Tomographic particle-image velocimetry analysis of in-cylinder flows
T van Overbrueggen, M Klaas, B Bahl, W Schroeder
SAE International Journal of Engines 8 (3), 1447-1461, 2015
152015
DeLoop: Decomposition-based Long-term operational optimization of energy systems with time-coupling constraints
N Baumgärtner, D Shu, B Bahl, M Hennen, DE Hollermann, A Bardow
Energy 198, 117272, 2020
112020
Optimal design of integrated batch production and utility systems
L Leenders, B Bahl, M Lampe, M Hennen, A Bardow
Computers & chemical engineering 128, 496-511, 2019
82019
Typical periods for two-stage synthesis by time-series aggregation with bounded error in objective function. Front
B Bahl, T Söhler, M Hennen, A Bardow
Energy Res 5, 35, 2018
82018
Time-series aggregation for synthesis of distributed energy supply systems by bounding error in operational expenditure
B Bahl, A Kümpel, M Lampe, A Bardow
Computer Aided Chemical Engineering 38, 793-798, 2016
82016
Rigorous synthesis of energy systems by relaxation and time-series aggregation to typical periods
N Baumgärtner, M Leisin, B Bahl, M Hennen, A Bardow
Computer Aided Chemical Engineering 44, 793-798, 2018
72018
Tomographic particle-image velocimetry in an IC engine
T Van Overbrüggen, B Bahl, U Dierksheide, M Klaas, W Schröder
72013
AutoMoG: Automated data-driven Model Generation of multi-energy systems using piecewise-linear regression
A Kämper, L Leenders, B Bahl, A Bardow
Computers & Chemical Engineering 145, 107162, 2021
52021
DESSLib–Benchmark instances for optimization of decentralized energy supply systems
B Bahl, S Goderbauer, F Arnold, P Voll, M Lübbecke, A Bardow, ...
Tech. rep., RWTH Aachen University. http://www. math2. rwth-aachen. de/DESSLib, 2016
5*2016
Rigorous synthesis of energy supply systems by time-series aggregation
B Bahl, J Lützow, DE Majewski, M Lampe, M Hennen, A Bardow
Computer Aided Chemical Engineering 40, 2413-2418, 2017
32017
Integrated synthesis of batch plants and utility systems
L Holters, B Bahl, M Lampe, M Hennen, A Bardow
Computer Aided Chemical Engineering 40, 625-630, 2017
32017
Automated data-driven model generation of energy systems using piecewise linear regression
A Hüttermann, L Leenders, B Bahl, A Bardow
Proceedings of the 32nd International Conference on Efficiency, Cost …, 2019
22019
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