Sentence examples for voltage enhancement from inspiring English sources

First optimal sizing and siting for installation of a distributed generation (DG) system is performed through the grid considering power loss minimization and voltage enhancement.

A multi-objective function is developed based on the overall maximum capacity of DGs, voltage enhancement, power loss reduction, and fault current level.

This noticeable voltage enhancement (+1 V) compared to α-V2O5 cathode is ascribed to the specific layers organization consisting of bilayered and puckered sheets in ε′-V2O5 and γ′-V2O5, respectively.

This allows for simultaneous voltage enhancement and spatial separation of different colors of light.

As the absorptance is isotropic, this voltage enhancement is not due to angle restriction effects (see Supporting Information), but instead the origin lies in the suppression of absorption near the band gap.

We present an approach to spectrum splitting for photovoltaics that utilizes the resonant optical properties of nanostructures for simultaneous voltage enhancement and spatial separation of different colors of light.

We begin by investigating an array of identical resonant particles, to gauge the voltage enhancements that can be achieved through nanophotonic manipulation of the band gap alone.

Combining nanophotonic spectrum splitting with other nanophotonic approaches to voltage enhancements, such as angle restriction and concentration, may lead to highly efficient but deeply subwavelength photovoltaic devices.

Combining nanophotonic spectrum splitting with other nanophotonic approaches to voltage enhancements, such as angle restriction and concentration, may lead to deeply subwavelength, yet highly efficient photovoltaic devices with very low material consumption.

We believe that this approach to spectrum splitting facilitates further integration with other nanophotonic concepts for voltage enhancements such as angle restriction and, in the presence of nonradiative recombination, concentration.

This paper extends the application of CCT to voltage stability enhancement.