Sentence examples for processing of solar from inspiring English sources

"I don't want to understate how important material pricing is — it sure is important — but I don't think we're anywhere near optimal efficiency with the administrative and processing of solar," he said.

Therefore, it is very important to explore new approaches that might allow processing of solar cells with satisfactory energy conversion efficiency based on inexpensive feedstock material with less stringent impurity control, i.e., "dirty" silicon.

The device structure by inserting the photo-anode in a capillary glass tube along with a platinum wire as the counter electrode, however, limited the device's flexibility and thus restricted post-processing of solid solar cells.

Among these characteristics we have the high processing capacity of solar energy into biomass, fast growth, long-term canopy, possibility of large-scale production.

[25] Furthermore, development of novel printing and coating processes have been developed leading to roll-to-roll processing of organic solar cells [32, 33, 34].

Noble et al. (2005) proposed that the vesiculated rims result from thermal processing of the solar wind implanted grains.

The technique outlined supports the pre processing of incident solar energy and system loads as discrete probability functions which subsequently allows simple linear programming techniques to be utilised.

China is keen to get international help to reduce the price of silicon processing for solar panels and to develop ultra-efficient coal gasification plants.It is already collaborating with the UK on a project to capture carbon dioxide.

In this paper, we present experimental results of an efficient gettering technique which can be applied to low cost processing of multicrystalline silicon solar cells without any additional process steps or compromises with optimal device design parameters.

Moreover, this process can offer economically reasonable, chemical free and practical solution to the processing of municipal wastewater where solar intensity is readily available and can be used for making zero liquid discharge (ZLD) an effective reality.

This paper reviews development in the field of solar thermochemical processing by considering experimental demonstrations, reactor technology development, thermodynamic, economic and life cycle analyses.