TY  - THES
U1  - Abschlussarbeit (Master)
A1  - Pourramedani, Kousha
T1  - Simulation of a Hybrid Solar- Adsorption Cooling System with Integrated Reversible Heat Pump
N2  - This thesis explores the feasibility and optimization of a solar-thermal sorption system mainly designed to provide cooling but also capable of heating functionalities. Through the development of a black-box model using Python programming, the study delves into the system's performance under various operation modes. Simulation results reveal the effectiveness of adaptive control strategies and pre-heating stages in optimizing efficiency, particularly in cooling modes. In heating assessments, superior performance is observed when utilizing the outdoor coil as the heat source for the heat pump. Challenges related to operational temperature bands are addressed, proposing parallel connections of the heat pump and outdoor coil to enhance performance. Future research directions include refining regression models and incorporating real-time measurement data for improved accuracy, as well as extending simulation duration for comprehensive evaluations. This study contributes valuable insights into the system’s capabilities and applications, laying the groundwork for advancements in heat-driven integrated sustainable energy systems.
KW  - Adsorption chiller
KW  - Evacuated tube solar collector
KW  - Reversible heat pump
KW  - Python simulation
KW  - Black-box modeling
KW  - Regression model
KW  - Energiesystem
KW  - Wärmepumpe
KW  - Simulation
KW  - Sorption
Y2  - 2024
U6  - https://nbn-resolving.org/urn:nbn:de:bsz:ofb1-opus4-86887
UN  - https://nbn-resolving.org/urn:nbn:de:bsz:ofb1-opus4-86887
SP  - III, 57
S1  - III, 57
PB  - Hochschule Offenburg
CY  - Offenburg
ER  -