The spectral response of the Si solar cell does not coincidence with the sun irradiance spectrum, so the efficiency of the Si solar cell is not high. To improve the Si solar cell one try to make use of most region of the sun spectrum by using dyes which absorb un useful wavelengths and radiate at useful region of spectrum (by stock shift). Fluorescence's dye is used as luminescent concentrator to increase the efficiency of the solar cell. The results show that the performance efficiency and out power for crystalline silicon solar cells are improved
Continued demand for new applications from spacecrafts leads to larger power needs. For most of them...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
The development and current status of luminescent solar concentrators is reviewed. These solar conc...
The spectral response of the Si solar cell does not coincidence with the sun irradiance spectrum, so...
New designs of solar using ray tracing program, have been presented for improved the performance an...
As our fossil sources of electricity reduce consistently, then looking for alternative electricity s...
We present an advanced concept for fluorescent concentrator systems, which aims for higher efficienc...
The concept of a tandem hybrid concentrator solar module was demonstrated from a dye-sensitized TiO2...
The spectral mismatch between the incoming solar spectrum and photovoltaic cells is a fundamental fa...
A type of solar concentrator for photovoltaics utilizing light pipe trapping of luminescence is desc...
Fluorescent solar collectors are cheap plates made generally of glass or plastic that is doped with ...
A type of solar concentrator for photovoltaics utilizing light pipe trapping of luminescence is desc...
The Luminescent Solar Concentrator (LSC) consists of a transparent polymer plate, containing lumines...
The main energy losses in solar cells are related to spectral losses where high energy photons are n...
Renewable energy resources are essential to realize a sustainable society and a clean environment. I...
Continued demand for new applications from spacecrafts leads to larger power needs. For most of them...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
The development and current status of luminescent solar concentrators is reviewed. These solar conc...
The spectral response of the Si solar cell does not coincidence with the sun irradiance spectrum, so...
New designs of solar using ray tracing program, have been presented for improved the performance an...
As our fossil sources of electricity reduce consistently, then looking for alternative electricity s...
We present an advanced concept for fluorescent concentrator systems, which aims for higher efficienc...
The concept of a tandem hybrid concentrator solar module was demonstrated from a dye-sensitized TiO2...
The spectral mismatch between the incoming solar spectrum and photovoltaic cells is a fundamental fa...
A type of solar concentrator for photovoltaics utilizing light pipe trapping of luminescence is desc...
Fluorescent solar collectors are cheap plates made generally of glass or plastic that is doped with ...
A type of solar concentrator for photovoltaics utilizing light pipe trapping of luminescence is desc...
The Luminescent Solar Concentrator (LSC) consists of a transparent polymer plate, containing lumines...
The main energy losses in solar cells are related to spectral losses where high energy photons are n...
Renewable energy resources are essential to realize a sustainable society and a clean environment. I...
Continued demand for new applications from spacecrafts leads to larger power needs. For most of them...
This is the author accepted manuscript. The final version is available from Elsevier via the DOI in ...
The development and current status of luminescent solar concentrators is reviewed. These solar conc...