Solar chimney power plant (SCPP) is one of the promising technologies to convert solar
energy into carbon-free power generation. It has cost competitiveness, environment friendly …

This paper investigates carbon emission peak in China based on a comparative analysis of
energy transition in China and the United States (US). The LMDI model is adopted to …

Under fluctuating solar radiation, attaining higher air temperatures for an extended period
using solar air heaters (SAH) is challenging. The current study deals with the heat transfer …

In order to improve the efficiency of the conventional serpentine solar air heaters, this article
proposed a serpentine solar air heater containing a triangular spoiler. A 3-D verified …

A Novel design of a solar water collector consisting of an array of adjacent partitioned ducts
representing the collector absorber is investigated experimentally. Each duct is divided into …

This work aims to enhance the performance of a solar air heater (SAH) by introducing
broken V-ribs as roughness elements on the absorber plate. The unit with a conventional flat …

The thermal efficiency of conventional solar air heater is very low. This research article
concentrates on incorporating V-shaped staggered twisted ribs over absorber surface of …

In this investigation, the effect of replacing the conventional solar absorber with a new solar
absorber on the thermal performance of a double-pass solar air heater has been studied …

Hybrid turbulators have been introduced as a feasible solution to improve heat transfer in
fluid channels. In this study, a perforated circular segment was used as a vortex generator to …

The present work investigates the exergy and effective efficiency of the multi-pass solar air
collector with longitudinal fins by analysis approach and multi-objective optimization. The …