Experimental investigations on thermal performance of parabolic dish collector with conical receiver using phase change materials Available to Purchase

This study investigates the thermal performance of a parabolic dish collector (PDC) integrated with a conical receiver and phase change material (PCM). With the imperative to address energy consumption challenges in infrastructure sectors and combat climate change, renewable energy solutions are becoming increasingly crucial. Leveraging solar power, particularly in regions with abundant sunlight like India, presents a viable option. The integration of PCM into the PDC receiver aims to enhance thermal stability and efficiency. Through meticulous experimentation and analysis, the study demonstrates superior performance of the PCM-enhanced PDC, with thermal efficiency increasing from 57% without PCM to 61% with PCM integration, alongside a notable enhancement in exergy from 5.6% to 6.4%. These findings underscore the effectiveness of PCM in augmenting both energy and exergy output in solar thermal collector systems, offering promising avenues for sustainable energy solutions. Overall, this research offers valuable insights into optimizing solar thermal collector systems for increased efficiency and reliability, addressing critical challenges in energy management and security002E