Abstract
An innovative type of solar collector (parabolic trough collector), having the characteristics of which are a concentrating evacuated tube collector with very high efficiency at high performance temperatures, had been developed. The idea had been to develope a collector able to satisfy high energy demands at higher temperatures than those reached by using a flat plate collector of a more traditional design. This concentrating solar collector could potentially be used as an energy source for a refrigerator of the absorption type, and the refrigerator could serve as a storage facility for vaccine, where the temperature must be kept between 0 - 8 degrees centigrade. The report sums up the work currently being done in relation to the development of the solar-powered absorption refrigerator, the freight to India where it should be utilized and the monitoring work carried out in the Solar Energy Centre in New Delhi. (AB).
Citation Formats
Kofod, P.
Solar ice-pack freezer and refrigerator.
Denmark: N. p.,
1991.
Web.
Kofod, P.
Solar ice-pack freezer and refrigerator.
Denmark.
Kofod, P.
1991.
"Solar ice-pack freezer and refrigerator."
Denmark.
@misc{etde_10112711,
title = {Solar ice-pack freezer and refrigerator}
author = {Kofod, P}
abstractNote = {An innovative type of solar collector (parabolic trough collector), having the characteristics of which are a concentrating evacuated tube collector with very high efficiency at high performance temperatures, had been developed. The idea had been to develope a collector able to satisfy high energy demands at higher temperatures than those reached by using a flat plate collector of a more traditional design. This concentrating solar collector could potentially be used as an energy source for a refrigerator of the absorption type, and the refrigerator could serve as a storage facility for vaccine, where the temperature must be kept between 0 - 8 degrees centigrade. The report sums up the work currently being done in relation to the development of the solar-powered absorption refrigerator, the freight to India where it should be utilized and the monitoring work carried out in the Solar Energy Centre in New Delhi. (AB).}
place = {Denmark}
year = {1991}
month = {May}
}
title = {Solar ice-pack freezer and refrigerator}
author = {Kofod, P}
abstractNote = {An innovative type of solar collector (parabolic trough collector), having the characteristics of which are a concentrating evacuated tube collector with very high efficiency at high performance temperatures, had been developed. The idea had been to develope a collector able to satisfy high energy demands at higher temperatures than those reached by using a flat plate collector of a more traditional design. This concentrating solar collector could potentially be used as an energy source for a refrigerator of the absorption type, and the refrigerator could serve as a storage facility for vaccine, where the temperature must be kept between 0 - 8 degrees centigrade. The report sums up the work currently being done in relation to the development of the solar-powered absorption refrigerator, the freight to India where it should be utilized and the monitoring work carried out in the Solar Energy Centre in New Delhi. (AB).}
place = {Denmark}
year = {1991}
month = {May}
}