To improve the utilization efficiency of solar energy, a new solar optical concentrating system composed of a parabolic reflector with a square cross-section, a hyperbolic reflector with a square cross-section and two converging convex lenses has been designed. The proposed method can simultaneously focus and shape sun light into a square pattern on the solar panel. In addition, the total reflection property of photonic crystal within the range of the visible sunlight spectrum has been analyzed. Finally, the relationship between solar concentrating multiples and the diameter of the primary mirror has been discussed
Nonimaging optics is a new discipline with techniques, formalism and objectives quite distinct from ...
Notwithstanding several years of robust growth, solar energy still only accounts for 40% conversion ...
The objective of this program was: to evaluate for photovoltaic applications the use of the compound...
A structure of a solar concentrating reflector is designed in this paper to improve the usage of sol...
ABSTRACT. There is a steady prejudice that the mirrors reflecting the light flux towards the source ...
Solar electricity is a promising energy technology for the future, and by using reflectors for conce...
Solar electricity is a promising energy technology for the future, and by using reflectors for conce...
Solar electricity is a promising energy technology for the future, and by using reflectors for conce...
Solar electricity is a promising energy technology for the future, and by using reflectors for conce...
Sunlight based energy assumes a fundamental part in the climate. This sustainable power assists with...
We present a cost-effective concentrating photovoltaic system composed of a prism and a compound par...
In this paper, the technological advances in concentrating solar power are reviewed. A comprehensive...
Thesis (Ph. D.)--University of Rochester. Institute of Optics, 2018Light collection plays an importa...
We present a cost-effective concentrating photovoltaic system composed of a prism and a compound par...
Basic concept and principles of forming the focal spot in an innovative one-stage high-heat solar co...
Nonimaging optics is a new discipline with techniques, formalism and objectives quite distinct from ...
Notwithstanding several years of robust growth, solar energy still only accounts for 40% conversion ...
The objective of this program was: to evaluate for photovoltaic applications the use of the compound...
A structure of a solar concentrating reflector is designed in this paper to improve the usage of sol...
ABSTRACT. There is a steady prejudice that the mirrors reflecting the light flux towards the source ...
Solar electricity is a promising energy technology for the future, and by using reflectors for conce...
Solar electricity is a promising energy technology for the future, and by using reflectors for conce...
Solar electricity is a promising energy technology for the future, and by using reflectors for conce...
Solar electricity is a promising energy technology for the future, and by using reflectors for conce...
Sunlight based energy assumes a fundamental part in the climate. This sustainable power assists with...
We present a cost-effective concentrating photovoltaic system composed of a prism and a compound par...
In this paper, the technological advances in concentrating solar power are reviewed. A comprehensive...
Thesis (Ph. D.)--University of Rochester. Institute of Optics, 2018Light collection plays an importa...
We present a cost-effective concentrating photovoltaic system composed of a prism and a compound par...
Basic concept and principles of forming the focal spot in an innovative one-stage high-heat solar co...
Nonimaging optics is a new discipline with techniques, formalism and objectives quite distinct from ...
Notwithstanding several years of robust growth, solar energy still only accounts for 40% conversion ...
The objective of this program was: to evaluate for photovoltaic applications the use of the compound...