Sentence examples for boosting conversion efficiency from inspiring English sources

Sanyo discovered that the combination of the amorphous and crystal silicon layers acts like a double-decker photon-catching net, boosting conversion efficiency beyond what either type can do on its own.

Sanyo discovered that the combination of the amorphous and crystal silicon layers acts like a double-decked photon-catching net, boosting conversion efficiency beyond what either type can do on its own.

The combination of CNTs with ZnO nanoparticles is thus a promising approach to boost conversion efficiency of DSSCs.

This as-prepared dual-mode solar spectral converter with multiple advantages can simultaneously realize high quantum yield and broadband conversion, which offers a new and effective way to boost the conversion efficiency of c-Si solar cells.

Theoretical analysis of solar to power efficiency for a Carnot heat engine driven by the Solar heat was performed, which clearly shows that the proposed ultrathin selective multilayer absorber with spectral selectivity, angular insensitivity as well as high temperature stability could significantly boost the conversion efficiency of solar thermal systems at mid to high temperatures.

The institute says that it's currently working on boosting the cells' conversion efficiency and that it aims at commercializing the technology in partnership with major Japanese solar cell makers.

The usage of semiconductor nanostructures is highly promising for boosting the energy conversion efficiency in photovoltaics technology, but still some of the underlying mechanisms are not well understood at the nanoscale length.

Detailed investigations on power output curves underline the boost in conversion efficiency from 0.184% to 0.245% with increase in layer thickness.

Gupta, V., Bharti, V., Kumar, M., Chand, S. & Heeger, A. J. Polymer polymer Förster resonance energy transfer significantly boosts the power conversion efficiency of bulk-heterojunction solar cells.

For the case of CIGS, the introduction of a potassium fluoride post-deposition treatment (KF-PDT) has boosted their power conversion efficiency to the best performance of all polycrystalline solar cells.

New materials technology has boosted the power conversion efficiency of cheap next-generation solar cells.