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topics & TEchnologies 

In our projects, we are working primarily on the following topics:

  • OLEDs - The Surface Light
  • TCO - The Translucent Conductor
  • CSP - Concentrated Solar Power
Overview
Topics
Patents & Solutions
Research Cooperations
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CSP - CONCENTRATED SOLAR POWER

CSP is a solar thermal conversion technology which, by using the direct part of solar radiation, represents the most effective way to generate electric power from renewable energy sources, i. e.: Big mirrors focus the sun radiation on a spot or line in the center of which a thermal transfer medium (oil, liquid salt) heats up. Turbines and generators convert this heat energy into electric power. Parabolic trough power plants and solar tower power plant are typical representatives of this technology.  

Research Involvement

In cooperation with industry partners and research institutes, VON ARDENNE develops in a joint research project scalable new technologies for solar applications on transparent industrial glass, PMMA-substrates and flexible polymer films. Both the European Union and the Free State of Saxony promote this project, which is financially assisted by the Saxon Development Bank “Sächsische Aufbaubank”.

Our lab coater ELISA investigates layer stacks of different metals and dielectric materials in order to obtain a layer composite with a high degree of solar reflection. Layer system modeling takes into account the solar energy spectrum as well as the dependence of reflectance from solar incidence.

The correlation between layer adhesion and substrate is another topic of experimental studies, as is barrier effects between the layer system and the necessary top lacquer. The knowledge gained under laboratory conditions was scaled to large-area and curved substrates in RP4-format (1570 mm x 1900 mm) and successfully tested for their industrial suitability.

In the frame of field tests, the long-term stable ecological fit was proven.  

  • Ausbildung
  • VON ARDENNE
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        • Equipment Platforms
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        • Layer Systems
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      • Others
        • Optical Refinement
      • R&D+Pilot Systems
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        • Vertical Inline
          • VISS300S Sputter System for TCO
          • VISS300S Sputter System for TCO and Metals
          • VISS400P PECVD System
          • VISS600S Sputter System
          • VISS600S für Metalloxide
        • Horizontal Inline
          • HISS300E Evaporation System for Metals & Metal Oxides
        • Cluster
          • CS320S Sputter System
          • CS400ES Co-PVD System
          • CS800ES PVD System
          • CS400PS PECVD & PVD System
          • CS400PS PECVD & Sputter System
          • CS1200S Cluster System
        • Load-Lock
          • LS400C ALD-MOCVD System for Oxides
          • LS730S Sputter System for Metals & Oxides
        • Batch
          • BS600S Sputter System
          • BS980S Sputter System
        • Key Components
          • Sputtering
          • Evaporation
          • PECVD/CVD/ALD/Plasmapolymerization
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          • Introduction
          • Electron Beam Technologies
          • 1928-1945: Laboratory for Electron Physics
          • Plasma Physics Technologies
          • 1945-1955: Institute for Industrial Isotope Separation
          • Vacuum Coating
          • 1955-1990: Manfred von Ardenne Research Institute
          • Biomedicine
          • 1991 to the present: VON ARDENNE
          • Company History Milestones
        • Manfred von Ardenne
          • Introduction
          • 1955-1990: New Home in Dresden
          • 1907: Birth and Family Background
          • Private Life
          • 1907-1928: Childhood and Youth
          • Manfred von Ardenne as Visionary
          • 1928-1945: Berlin Years
          • Legacy
          • 1945-1955: The Research Institute near Sukhumi
          • Scientific Discoveries and Inventions
      • Research & Development
        • Overview
        • Topics
          • OLEDs - The Surface Light
          • TCO - The Translucent Conductor
          • CSP - Concentrated Solar Power
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        • Research Cooperations
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