… a hybrid concentrator photovoltaic/thermal and solar thermoelectric generator system has
been designed … The maximum simulated photovoltaic power is 25 W. Experimental data shows …

… Analyzing the thermal performance analysis and thermodynamic optimization trends on
SDSS research in terms of heat losses, overall efficiency, and net power output to identify …

… The performance behaviour of solar concentrating photovoltaic (CPV) is an important …
review of the relevant research work regarding general concentrating photovoltaic systems is …

… In this paper, a suitable performance analysis of two novel hybrid water and air-based and
low-cost building integrated photovoltaic/thermal systems is carried out. The low initial cost of …

… [25] performed a bottom-up cost analysis of an HCPV (Highly Concentrating Photovoltaics)
module and concluded that increasing the module efficiency and reducing the cell cost are …

… photovoltaics and solar thermal power. Here, a novel concentrated solar power system is
proposed, which properly partitions incoming solar energy between the photovoltaics and …

… performance comparison with the Solarus PC. Therefore, the performance assessment aim
is … solar collector, while having a lower concentration factor, and thus a reduced overall cost. …

… of the absorber, as well as the PV system that is adopted, all have a … performance evaluated
by measuring the maximum power point current (I m ) and voltage (V m ) for different systems…

… the concentration factor favours this type of hybridisation. However, the investigation of
hybrid thermoelectric concentrator photovoltaic systems at ultra-high concentration levels is …

… In the hybrid, photovoltaic system converts only the useful … of the PV/CSP hybrid power
plant are specified, together with their validations. The annual performance analysis of the hybrid …