Impact of myristic acid on novel designed manifold assimilated with domestic solar water heater: An experimental approach

• Main Authors: Chopra K., Tyagi V.V., Popli S., Kumawat P., Pandey P., Kumar Pathak S., Mansor M., Pandey A.K.
• 其他作者: 57200420308
• 格式: Article
• 出版: Elsevier Ltd 2025
• 主题: Electron tubes; Heat storage; Heat transfer; Machine learning; Saturated fatty acids; Storage (materials); Water; Water temperature; Daily energy; Energy; Energy analysis; Heat storage materials; Hot water demand; Machine learning approaches; Manifold; Myristic acid; Performance; Vacuum tube collectors; Flow of water

In this study, myristic acid as heat storage material was assimilated with a novel designed manifold of evacuated tube solar collector (EVTSC). The foremost advantage of this design is that the integration of myristic acid in the manifold does not affect the vacuum tube's strength and does not...