Solar energy is considered the most promising form of renewable energy due to its
abundant reserves, widespread availability, and minimal environmental impact. However …

The high solar light concentration onto the photovoltaic cell leads to extremely high cell
temperature, which significantly decreases the cell efficiency and degrades its lifetime due to …

To enhance the energy conversion efficiency of a concentration photovoltaic (CPV) system,
a high-concentration photovoltaic thermal (HCPVT) hybrid system is proposed in this study …

Highly-transparent coverglasses coated with broadband and omnidirectional antireflective
(AR) moth-eye nanopatterned ultra-violet (UV) curable polymer, ie, Norland Optical …

Implementing advanced cooling strategies is essential to maintaining recommended
operation conditions, enhancing energy efficiency, and extending the reliability of ultra-high …

Soiling losses on high concentrating photovoltaic (HCPV) systems may be influenced by the
spectral properties of accumulated soil. We have predicted the response of an isotype cell to …

Three dimensional finite analysis is used to predict the cooling requirements of a
multijunction photovoltaic cell in steady-state. The inputs to the thermal model are imported …

The 30MW solar power plant in Alamosa, Colorado, built by the power-plant developer
Cogentrix using Amonix high concentration photovoltaic systems, is the world's largest plant …

High concentrating photovoltaic (HCPV) systems employ III-V multijunction (MJ) solar cells.
Such solar cells are monolithically connected in-series and therefore present a strong …

Since 2005, concentrating photovoltaic (CPV) technology is develo** very fast. The latest
developments of the CPV are reviewed and summarized in detail, including III-V multi …