Evaluation of the Solar Heat Pipe with Aluminium Tube Collector in different Environmental Conditions

Abstract

Based on the energy transfer mechanism, a model for a solar heating system is established in the current study. In addition, heat pipe-oriented solar collectors offer the most viable technology for many uses. The thermal performance of contemporary solar collectors using heat pipes is superior to that of traditional solar collectors. Heat pipes technology is gaining popularity as a passive energy transmission method due to their good thermal performance. In this research, a solar photovoltaic thermal heat pipe's thermal and electrical efficiency are analyzed using modeling and simulation. This study was conducted under an innovative wide range of climatic circumstances. This research explores a solar heat pump heating system that makes use of a tubular collector made of aluminum. More research is needed to fully understand the financial implications of using heat pipes in solar collectors. The results show that both the amount of solar radiation and the wind speed have a major impact on the heat transfer performance of the aluminum tubular collector.