Introduction
Explore how advancements in materials development, supported by cutting-edge analytical technologies, are opening new opportunities in renewable energy markets like solar energy. Innovations in solar materials like glass, polymers, coatings, paints, and nanomaterials require in-depth characterization techniques and modern methodologies to guarantee high performance and durability.
Learn how the use of advanced analytical techniques like UV-Vis-NIR Spectroscopy, Differential Scanning Calorimetry (DSC), and Thermogravimetric Analysis (TGA) allows users to shed light on some important aspects of advanced materials in solar panels and ensure high performance throughout their lifecycle.
You Will Learn:
- How analytical technologies are used to test the chemicals and materials used to improve the efficiency of solar renewable energy
- How total solar reflectance (TSR) is measured using UV-Vis-NIR to develop better glass and coating materials How high-end UV analytical accessories can provide a deeper understanding of material behaviors
- How heat capacity of aged materials can be tested using thermal analysis techniques, such as DSC, for improved polymer and nanomaterial performance
- How thermal analysis instruments can be hyphenated with GC/MS to help develop improved advanced materials' performance
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