Add to ORKGWhile monolithic multijunction solar cell approaches have been quite successful, current and lattice matching requirements limit the maximum possible achievable efficiencies. Spectrum splitting, where light is optically distributed among subcells with differing bandgaps, avoids these constraints and offers a route to achieving higher efficiencies (<50%). We investigate a spectrum splitting approach where concentrated sunlight is trapped in a textured dielectric slab and then selectively coupled into underlying solar cells of different bandgaps through omnidirectional filters. We develop a multipass optical model to find regimes of high optical efficiency based on parameters such as slab refractive index, number of subcells, and angle restri...
We describe an approach for spectrum splitting solar module design using 8 independently connected s...
Solar cell efficiency is maximized through multijunction architectures that minimize carrier thermal...
The most feasible pathway to record 50% efficiency photovoltaic devices is by utilizing many ( >4) j...
We investigate a spectrum splitting approach where light is trapped in a textured dielectric slab an...
We investigate a spectrum splitting approach where light is trapped in a textured dielectric slab an...
While the price of solar energy has dropped dramatically in the last few years, costs must be furthe...
One pathway to achieving ultra-high solar efficiencies (>50%) is employing a spectrum splitting opti...
Spectrum splitting techniques have the potential to improve the conversion efficiency of multijuncti...
Solar cell efficiency is maximized through multijunction architectures that minimize carrier thermal...
In the past decade, a number of inventions have been patented, describing all a different technology...
Spectrum splitting represents a valid alternative to multi-junction solar cells for broadband light-...
To move beyond the efficiency limits of single-junction solar cells, junctions of different bandgaps...
To move beyond the efficiency limits of single-junction solar cells, junctions of different bandgaps...
We describe an approach for spectrum splitting solar module design using 8 independently connected s...
We describe an approach for spectrum splitting solar module design using 8 independently connected s...
We describe an approach for spectrum splitting solar module design using 8 independently connected s...
Solar cell efficiency is maximized through multijunction architectures that minimize carrier thermal...
The most feasible pathway to record 50% efficiency photovoltaic devices is by utilizing many ( >4) j...
We investigate a spectrum splitting approach where light is trapped in a textured dielectric slab an...
We investigate a spectrum splitting approach where light is trapped in a textured dielectric slab an...
While the price of solar energy has dropped dramatically in the last few years, costs must be furthe...
One pathway to achieving ultra-high solar efficiencies (>50%) is employing a spectrum splitting opti...
Spectrum splitting techniques have the potential to improve the conversion efficiency of multijuncti...
Solar cell efficiency is maximized through multijunction architectures that minimize carrier thermal...
In the past decade, a number of inventions have been patented, describing all a different technology...
Spectrum splitting represents a valid alternative to multi-junction solar cells for broadband light-...
To move beyond the efficiency limits of single-junction solar cells, junctions of different bandgaps...
To move beyond the efficiency limits of single-junction solar cells, junctions of different bandgaps...
We describe an approach for spectrum splitting solar module design using 8 independently connected s...
We describe an approach for spectrum splitting solar module design using 8 independently connected s...
We describe an approach for spectrum splitting solar module design using 8 independently connected s...
Solar cell efficiency is maximized through multijunction architectures that minimize carrier thermal...
The most feasible pathway to record 50% efficiency photovoltaic devices is by utilizing many ( >4) j...