Solar-Institut Jülich
Refine
Year of publication
Document Type
- Conference Proceeding (167)
- Article (107)
- Part of a Book (23)
- Report (20)
- Book (17)
- Doctoral Thesis (3)
- Contribution to a Periodical (2)
Keywords
- Energy storage (4)
- Power plants (4)
- Associated liquids (3)
- Concentrated solar power (3)
- Hybrid energy system (3)
- Central receiver power plant (2)
- Central receiver system (2)
- Concentrated solar collector (2)
- Concentrated systems (2)
- Electricity generation (2)
- Gas turbine (2)
- Haustechnik (2)
- Heizung (2)
- Klimatechnik (2)
- Lüftung (2)
- Lüftungstechnik (2)
- Solar concentration (2)
- Solar thermal technologies (2)
- Stickstoffoxide (2)
- building information modelling (2)
- 20 fossil-fueled power plants (1)
- 3D printing (1)
- Abluft (1)
- Acceptance tests (1)
- BIM (1)
- Camera system (1)
- Ceramics (1)
- Cloud passages (1)
- Concentrating solar power (1)
- Control optimization (1)
- DNI forecast (1)
- DNI forecasting (1)
- Decision theory (1)
- Direct normal irradiance forecast (1)
- District data model (1)
- District energy planning platform (1)
- Druckvergasung (1)
- Druckwirbelschichtfeuerung (1)
- Dynamic simulation (1)
- Electrochemistry (1)
- Energiekonzept (1)
- Energy system (1)
- Energy system planning (1)
- Entstaubung (1)
- Feuchtigkeit (1)
- Filter (Stofftrennung) (1)
- Filterkuchen (1)
- Filtration (1)
- Freshmen (1)
- Fresnel collector (1)
- Fresnel power plant (1)
- Gesamtwassergehalt (1)
- Global change (1)
- HVAC (1)
- Heliostat Field Calibration (1)
- Heliostats (1)
- Heterogene Katalyse (1)
- Hybridization (1)
- Kohlefeuerung (1)
- Kohlenmonoxidbelastung (1)
- Kraftwerkstechnik (1)
- Measuring instruments (1)
- Mischen (1)
- Mixed integer linear programming (MILP) (1)
- Modelica (1)
- Molten salt receiver (1)
- Molten salt receiver system (1)
- Molten salt receiver system, (1)
- Molten salt solar tower (1)
- Nasskühlturm (1)
- Nowcasting (1)
- Optical and thermal analysis (1)
- PTC (1)
- Parabolic trough collector (1)
- Performance measurement (1)
- Photovoltaics (1)
- Plant efficiency (1)
- Power conversion systems (1)
- Process prediction (1)
- Prozesssimulation (1)
- Quadrocopter (1)
- Rauchgasreinigung (1)
- Reduktion <Chemie> (1)
- Renewable energy (1)
- Renewable energy integration (1)
- Rohrreaktor (1)
- Schadgas (1)
- Smart Building Engineering (1)
- Solar dish (1)
- Solar irradiance (1)
- Star design (1)
- Staubfilter (1)
- Thermal Energy Storage (1)
- Time-series aggregation (1)
- Transient flux distribution (1)
- Trockenkühlturm (1)
- Two-phase modelling (1)
- Typical periods (1)
- UAV (1)
- Uncertainty analysis (1)
- Unmanned aerial vehicle (1)
- Verdunstungskälte (1)
- Wirbelschichtfeuerung (1)
- borefields (1)
- building energy modelling (1)
- building energy simulation (1)
- ceramics (1)
- concentrating collector (1)
- construction (1)
- digitalization (1)
- dissemination (1)
- emote practical training (1)
- energy (1)
- energy concept (1)
- energy transition (1)
- filtration (1)
- food production (1)
- gas flow (1)
- geothermal (1)
- heat demand (1)
- heat transfer coefficient (1)
- hot gas cleanup (1)
- keramischer Werkstoff (1)
- kombiniertes Verfahren (1)
- lockdown conditions (1)
- open educational resources (1)
- point-focussing system (1)
- prefabrication (1)
- raytracing (1)
- remote teamwork (1)
- renewable energies (1)
- roleplay (1)
- sizing (1)
- small and medium scaled companies (1)
- smart building engineering (1)
- smart engineering (1)
- solar process heat (1)
- sustainability (1)
- urban farming (1)
- virtual reality (1)
Institute
- Solar-Institut Jülich (339) (remove)
New materials often lead to innovations and advantages in technical applications. This also applies to the particle receiver proposed in this work that deploys high-temperature and scratch resistant transparent ceramics. With this receiver design, particles are heated through direct-contact concentrated solar irradiance while flowing downwards through tubular transparent ceramics from top to bottom. In this paper, the developed particle receiver as well as advantages and disadvantages are described. Investigations on the particle heat-up characteristics from solar irradiance were carried out with DEM simulations which indicate that particle temperatures can reach up to 1200 K. Additionally, a simulation model was set up for investigating the dynamic behavior. A test receiver at laboratory scale has been designed and is currently being built. In upcoming tests, the receiver test rig will be used to validate the simulation results. The design and the measurement equipment is described in this work.