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Your search keyword '"Davies, J. I."' showing total 8 results
Start Over Author "Davies, J. I." Publication Type Conference Materials
8 results on '"Davies, J. I."'

1. ALCHEMI – A low cost, high efficiency, optoelectronic HCPV module for 1000× operation

Author

Duggan, G., primary, Johnson, A. D., additional, Davies, J. I., additional, Nitz, P., additional, Wiesenfarth, M., additional, Jakob, P., additional, Iankov, D., additional, Rey-Stolle, I., additional, Algora, C., additional, Garcia, I., additional, Lombardero, I., additional, Caño, P., additional, Alburquerque, O., additional, Theristis, M., additional, and Georghiou, G. E., additional

Published
2018
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3. Preliminary analysis of annealing impact on 1 eV GaNAsSb solar cells

Author

Lombardero, I., primary, Ochoa, M., additional, Garcia, I., additional, Hinojosa, M., additional, Cano, P., additional, Rey-Stolle, I., additional, Algora, C., additional, Johnson, A., additional, Davies, J. I., additional, Tan, K. H., additional, Loke, W.K., additional, Wicaksono, S., additional, Yoon, S. F., additional, Romero, R., additional, and Gabas, M., additional

Published
2017
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4. ALCHEMI -- A Low Cost, High Efficiency, Optoelectronic HCPV Module for 1000x Operation.

Author

Duggan, G., Johnson, A. D., Davies, J. I., Nitz, P., Wiesenfarth, M., Jakob, P., Iankov, D., Rey-Stolle, I., Algora, C., Garcia, I., Lombardero, I., Caño, P., Alburquerque, O., Theristis, M., and Georghiou, G. E.

Subjects
SOLAR energy, SOLAR cells, PHOTOVOLTAIC power generation, OPTOELECTRONICS, MANUFACTURING processes
Abstract

This paper summarizes the current status of the ALCHEMI project, a European collaborative undertaking under the Solar-Era.Net co-fund scheme. The project's aim is to develop novel, low cost, HCPV modules that operate at ~1000 suns, and demonstrate a DC module efficiency of >37% under Concentrator Standard Test Conditions (CSTC), and a manufacturing process that will achieve costs <€0.9/Wp (<$1/Wp) in large volumes. Novel refractive optics have been designed and manufactured, and a bespoke high concentration solar cell grid design developed and applied to state-of -art commercially available multi junction solar cells. A significant contribution to cost reduction of the modules will be achieved by implementing assembly processes using surface mount technology and pick and place (PnP) tools as in the LED industry. The modules will be characterized on sun for an extended period in Cyprus, and CSOC (Concentrator Standard Operating Conditions) and CSTC (Concentrator Standard Test Conditions) power ratings will be determined, allowing a comparative analysis against conventional PV technologies installed side-by-side in the same location. [ABSTRACT FROM AUTHOR]

Published
2018
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5. Advances towards 4J lattice-matched including dilute nitride subcell for terrestrial and space applications

Author

Ochoa, M., primary, Garcia, I., additional, Lombardero, I., additional, Ayllon, L., additional, Cifuentes, L., additional, Rey-Stolle, I., additional, Algora, C., additional, Johnson, A. D., additional, Davies, J. I., additional, Tan, K. H., additional, Loke, W. K., additional, Wicaksono, S., additional, Yoon, S. F., additional, Ochoa, E., additional, Gabas, M., additional, Thomas, T., additional, Ekins-Daukes, N. J., additional, Garcia, H., additional, Castan, H., additional, Duenas, S., additional, Estrade, S., additional, and Peiro, F., additional

Published
2016
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