WP2-2 Development, Comparison and System Integration
WP2-2 Development, Comparison and System Integration of Medium Temperature Solar Collectors
Hosted by: | HSR Rapperswil - SPF |
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Student: | Jana Möllenkamp |
Started: | 05/2014 |
Supervisor(s): | Matthias Rommel, Prof. |
Short description
The PhD thesis will cover solar process heat collector comparison, solar process heat integration and development aspects of solar process heat collectors. Measurement data of existing solar process heat systems in Switzerland will be analyzed and simulations of these installations shall be set up and carried out using tools for dynamic system simulations. The simulations will then be validated with the measurement data and the optimization potential shall be identified with simulations using parameter variations. The feasibility of different medium temperature collectors for different temperatures and integration concepts shall be assessed. Regarding the operation of process heat collector fields, several aspects such as the heating‐up, overheating/stagnation and control issues shall be analyzed using both measurement data and simulation results. Depending on industry cooperation, one or more medium temperature collectors will be (further) developed, optimized and characterized. For this, a suitable test rig for performance measurements up to 200 °C will be available at SPF. The potential of the reduction of production costs will be investigated together with industry partners.
Extend the knowledge and standardization of solar thermal systems for industrial process heat with large collector fields operating at medium temperature level by
- Analysing the influence of process and collector field parameters
- Analysing operational behaviour such as heating-up, stagnation and control strategies
- Quantifying losses and identifying optimization potentials
With the aid of
- Measurement analysis of existing Solar Process Heat (SPH) plants
- Dynamic simulation for SPH plants
Mathlab tool for evaluation and comparison of existing SPH plants:
Enhance SPH plant comparison by
- Analysing accuracy of calculated direct normal irradiance from horizontally installed solar irradiance measurements
- Determining key figure for fluctuation of daily direct irradiance
Analysing influence of thermal capacity on collector field gains
Decreasing engineering efforts and increasing standardization of solar thermal system integration and optimization in industrial processes