The use of solar powered dish-Stirling engines to convert thermal energy into electricity is a
promising and renewable alternative in reducing the fossil fuel consumption. However …

Linear Fresnel collector plants represent a promising line-focusing concentrating solar
thermal technology that has not yet reached commercial maturity. This technology has many …

Solar field orientation and inclination are variables that significantly influence the optical
performance over the year of Linear Fresnel Collector (LFC). The usual field configuration is …

The paper presents a low wind-load linear Fresnel concentrator (LFR) for solar energy
harvesting on high-rise building façades. This concentrator, characterized by a significantly …

This study aims to utilize the reflector-sheet temperature of the secondary reflector for the
Linear Fresnel Solar system, which reaches high temperatures due to the reflection and …

Generally, solar dryer cabinets are made up of sheet metals that are heavy, costly, tend to
rust over time, and possess the high heat rate to the outer atmosphere. In order to overcome …

Linear Fresnel concentrators (LFR) are widely seen by the scientific community as one of the
most promising systems for the production of solar energy via thermal plants or concentrated …

A linear Fresnel reflector concentrating solar system (LFRCS) is modeled and optimized to
obtain the maximum solar energy conversion. The concentration ratio is based on the …

In building integrated PV/T applications, the utilization of linear Fresnel micro-concentrators
could promote solar energy harvesting efficiency. For the consideration of low wind load and …

The formation of sheet metal products is now widely utilized for multi-purposes in the
automotive, aerospace and in industrial sectors. In this study, the phenomenon of plastic …