With involving innovative swirl flow tapes through the absorber tube in LFR system, the
productivity of unit was improved in present study. To grow the thermal feature of water …

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 …

Efficient full-spectrum solar energy utilization shows great potential to improve solar energy
conversion efficiency. In this paper, a spectral splitting concentrated photovoltaic/thermal …

Abstract Linear Aplanatic Fresnel Reflectors (LAFRs) were recently presented as a novel
and viable dual-mirror solar concentrator. Within a vast parameter space, a few promising …

The curvature radius design of linear Fresnel primary mirrors relates to two possible
configurations: non-uniform, each mirror has a particular radius value, and uniform, all …

In linear Fresnel reflectors, field arrangement has a significant effect on optical efficiency.
Three constant, optimal, and variable distance layouts are proposed for Fresdemo solar …

Concentrated solar power presents immense scope for the deployment of small-scale units
focusing on diverse applications, including process heat and rural on/off-grid applications …

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 …

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 …

This paper aims to investigate the effect of using a side mirror on the north side of the field
and tilting the field to the south on the efficiency of a short-length Linear Fresnel Reflector …