Sentence examples for boosting cell efficiency from inspiring English sources

Photon management by surface structuring techniques to control the light entering the devices is critical for boosting cell efficiency although it usually comes with the VOC loss caused by severe surface recombination.

OO US: SunPower Is Tripling Solar Capacity, Boosting Cell Efficiency, And More! OO New 'Solar Cloth' Allows Solar Cells to Stretch Across Parking Lots, Stadiums - being flexible and weighing far less than traditional solar panels, it is ideal for thin, weak roofs.

For example, Glint Photonics says it can cut the cost of solar cells in half with a new material that can change its reflectivity to capture light at different angles, and North Carolina-based Semprius says it can boost cell efficiency to 50percentthroughgh a new method of stacking solar cells on top of each other.

After identifying controlling parameters of methanol transport, this paper proposes streamline-graded structures (SGS) of the anode channel to mitigate anode fuel distribution non-uniformity and to boost cell performance and fuel efficiency together.

Knowledge regarding the frequency of NK cell killing can prove helpful for devising novel strategies to boost NK cell efficiency.

Microscale solar cells offer new possibilities for light concentrating and tracking, which could further boost the cells' efficiency.

Since becoming an EFRC in 2009, the center has developed advances including transparent solar cells, a new material for flat semiconductors, and a technique that could boost solar-cell efficiency.

ReneSola (NYSE: SOL) a major manufacturer of solar products based in Jiashan, China announced this week that its new silicon-based wafer, dubbed the Virtus, boosts multicrystalline solar cell efficiency to 17.5percentt.

To boost the solar cell efficiency, various types of solar cell architectures including perovskite-sensitized solar cells, mesoporous PSCs, and planar n-i-p or p-i-n heterojunction solar cells have been developed [8, 9].

The Solion Blue process enables patterned doping using in situ masking, rendering manufacturing of a precise selective emitter with an additional cell efficiency boost.

New serpentine flow field designs of direct methanol fuel cells have been developed to enhance the under rib reactant mass transport without affecting the electronic conductivity to boost up the fuel utilization and fuel cell efficiency.