Abstract
Design considerations for annual storage solar space heating systems are discussed. A simulation model for the performance of suh systems is described, and a method of classifying system configurations is proposed. It is shown that annual systems sized for unconstrained performance, with no unused collector or storage capacity, and no rejected heat, minimize solar acquisition costs. The optimal performance corresponds to the condition where the marginal storage-to-collector sizing ratio is equal to the corresponding marginal cost ratio.
Citation Formats
Hooper, F C, and Cook, J D.
Design of annual storage solar space heating systems.
Canada: N. p.,
1979.
Web.
Hooper, F C, & Cook, J D.
Design of annual storage solar space heating systems.
Canada.
Hooper, F C, and Cook, J D.
1979.
"Design of annual storage solar space heating systems."
Canada.
@misc{etde_5477423,
title = {Design of annual storage solar space heating systems}
author = {Hooper, F C, and Cook, J D}
abstractNote = {Design considerations for annual storage solar space heating systems are discussed. A simulation model for the performance of suh systems is described, and a method of classifying system configurations is proposed. It is shown that annual systems sized for unconstrained performance, with no unused collector or storage capacity, and no rejected heat, minimize solar acquisition costs. The optimal performance corresponds to the condition where the marginal storage-to-collector sizing ratio is equal to the corresponding marginal cost ratio.}
place = {Canada}
year = {1979}
month = {Nov}
}
title = {Design of annual storage solar space heating systems}
author = {Hooper, F C, and Cook, J D}
abstractNote = {Design considerations for annual storage solar space heating systems are discussed. A simulation model for the performance of suh systems is described, and a method of classifying system configurations is proposed. It is shown that annual systems sized for unconstrained performance, with no unused collector or storage capacity, and no rejected heat, minimize solar acquisition costs. The optimal performance corresponds to the condition where the marginal storage-to-collector sizing ratio is equal to the corresponding marginal cost ratio.}
place = {Canada}
year = {1979}
month = {Nov}
}