TY - RPRT
T1 - Solfanger med antirefleksionsbehandlet glas
AU - Vejen, Niels Kristian
PY - 2000
Y1 - 2000
N2 - The purpose of this work is to determine the improvement of the
solar collector efficiency of a flat plate collector, at incident
angles between 0° and 90°, by adding an antireflective coating to
its normal low iron glass cover. And to determine the
transmittance, at incident angles between 0° and 90°, for the low
iron glass with and without the antireflective coating.The solar
transmittance for a low iron glass without and with an
antireflective coating will be measured at incident angles between
0° and 90° in an outdoor test facility which can track the sun.A
flat plate solar collector will be tested in the same test
facility. First with the normal low iron glass cover and
afterwards with the glass with the antireflective coating. The
solar collector efficiency for the solar collector with the two
covers will be measured at different angles of incidence.The
improvement of the solar transmittance by adding an antireflective
coating to a normal low iron glass will be shown at different
angles of incidence.The improvement of the solar collector
efficiency for a flat plate solar collector by changing the normal
low iron glass cover to a normal low iron glass with
antireflective coating will also be shown at different angles of
incidence.
AB - The purpose of this work is to determine the improvement of the
solar collector efficiency of a flat plate collector, at incident
angles between 0° and 90°, by adding an antireflective coating to
its normal low iron glass cover. And to determine the
transmittance, at incident angles between 0° and 90°, for the low
iron glass with and without the antireflective coating.The solar
transmittance for a low iron glass without and with an
antireflective coating will be measured at incident angles between
0° and 90° in an outdoor test facility which can track the sun.A
flat plate solar collector will be tested in the same test
facility. First with the normal low iron glass cover and
afterwards with the glass with the antireflective coating. The
solar collector efficiency for the solar collector with the two
covers will be measured at different angles of incidence.The
improvement of the solar transmittance by adding an antireflective
coating to a normal low iron glass will be shown at different
angles of incidence.The improvement of the solar collector
efficiency for a flat plate solar collector by changing the normal
low iron glass cover to a normal low iron glass with
antireflective coating will also be shown at different angles of
incidence.
M3 - Rapport
BT - Solfanger med antirefleksionsbehandlet glas
PB - Danmarks Tekniske Universitet, Risø Nationallaboratoriet for Bæredygtig Energi
ER -