Collaborative distributed sun-tracking control system for building integration with minimal plant area and maximum energy-conversion efficiency
B Alorda, R Pujol-Nadal, G Rodriguez-Navas… - International Journal of …, 2015 - Elsevier
This paper presents a collaborative distributed sun-tracking control system for a novel Fixed
Mirror Solar Concentrator (FMSC) structure, which increases the energy-conversion
efficiency of the FMSC and reduces the space between solar collectors units, a positive
aspect for in-building integration. The improved FMSC uses solar concentration collectors
suited for mid-range thermal applications (90–200° C) and is designed for easy installation
in buildings because of its relatively small extension. The proposed solar orientation system …
Mirror Solar Concentrator (FMSC) structure, which increases the energy-conversion
efficiency of the FMSC and reduces the space between solar collectors units, a positive
aspect for in-building integration. The improved FMSC uses solar concentration collectors
suited for mid-range thermal applications (90–200° C) and is designed for easy installation
in buildings because of its relatively small extension. The proposed solar orientation system …
Collaborative distributed sun-tracking control system for building integration with minimal plant area and maximum energy-conversion efficiency
B Alorda Ladaria, R Pujol Nadal… - … 2015, vol. 70, p. 52-60, 2018 - dspace.uib.es
[eng] This paper presents a collaborative distributed sun-tracking control system for a novel
Fixed Mirror Solar Concentrator (FMSC) structure, which increases the energy-conversion
efficiency of the FMSC and reduces the space between solar collectors units, a positive
aspect for in-building integration. The improved FMSC uses solar concentration collectors
suited for mid-range thermal applications (90-200 ºC) and is designed for easy installation in
buildings because of its relatively small extension. The proposed solar orientation system …
Fixed Mirror Solar Concentrator (FMSC) structure, which increases the energy-conversion
efficiency of the FMSC and reduces the space between solar collectors units, a positive
aspect for in-building integration. The improved FMSC uses solar concentration collectors
suited for mid-range thermal applications (90-200 ºC) and is designed for easy installation in
buildings because of its relatively small extension. The proposed solar orientation system …
以上显示的是最相近的搜索结果。 查看全部搜索结果