Keyword: «pv-power plant»

The article is devoted to the study of the operation features of flat reflective systems for single-sided PV-modules of PV-power plants. Field studies have shown that after the use of flat reflective systems, the average daily power generation from PV-modules increases by 26...27%, but with an increase in the average daily surface temperature of the PV-modules from +40.7 0C to +43.7 0C. The research results can be applied as one of the technical measures to increase energy efficiency not only for PV-power plants, but also for solar heat supply systems.

The article is devoted to the study of the features of the operation of flat reflective systems for bifacial PV-modules of solar power plants. Field studies have shown that after the use of flat reflective systems, the average daily power generation from bifacial PV-modules increases by 36...37%, but with an increase in the average daily surface temperature of the PV-modules from +33.2 0C to +34.8 0C. The research results can be applied as one of the technical measures to increase energy efficiency not only for PV-power plants, but also for solar heat supply systems.