A detailed computational method Ray Tracing 3Dimensions-4Rays (RT3D-4R) of parabolic
trough collector (PTC) system based on the ray tracing techniques is presented and …

The influences of sunshape and incident angle on the optical performance of the parabolic
trough solar collector (PTC) are investigated comprehensively based on Monte Carlo Ray …

The optical performance of a parabolic trough solar collector (PTC) is studied
comprehensively based on Monte Carlo Ray Tracing method (MCRT) and theoretical …

Cameroon lives in the era of great infrastructures in order to reach the economic emergence
by 2035. These infrastructures require a solid framework of energy provisions from many …

A PTC (parabolic trough solar collector) focuses direct solar radiation reflected by the
reflector onto a receiver located on its focal line. The solar flux distribution on the absorber is …

Concentrated solar power is one of the ways to convert solar energy into process heat or
electricity. Now a day's different types of collectors are available but Parabolic Trough …

Parabolic trough receivers are the key component of parabolic trough solar plants, and they
typically account for 30% of the cost of the construction of a solar field. The receiver's …

Concentrating solar power (CSP) technologies are one of the most promising renewable
energy sources for clean electricity generation. The parabolic trough is the proven …

A parabolic trough collector (PTC) is an important component of parabolic trough solar
thermal power generation system. The main purposes of calculating the flux density …

The optical analysis is one of the most important parameters to investigate the performance
of the parabolic trough solar collector (PTSC). The output of the optical analysis is used as …