Abstract

Concentrating photo voltaic thermal applied sciences are drawing extra interest for the reason that it can appreciably make contributions to a carbon-neutral society. The photo voltaic receivers are necessary in this science to convert photo voltaic electricity effectively into thermal energy. Moreover, high-temperature steam era is the promising software for targeted photo voltaic energy plant life or industrial processes. Therefore, the direct photo voltaic steam generator has been gaining extra interest due to its blessings of low operation and protection costs. Most photo voltaic steam generator designs consist of a tube with helical configuration due to the fact of its excessive warmth trade overall performance and compactness. However, solely few research tackle photo voltaic steam mills with conical helical tubes. Thus, each experimental and simulation facts of this format are scarce.