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6. REFBRENCES IPC VII Part 3: Contributions to Symposium Myers, D.R., 1988: Uhcerya/n/y y4na^M ^br 7%erwM%M/e J^rawwergr aw^f T^rAe/fomg^r Ca/^raffo/M PerfOHMea' ÊR/. SERVTR-215-3294, Soiar Energy Research Institute, Goiden, Colorado, 44pp. - SERI, 1988: -SER7 âwânf ßroa^6aAMf FowMf, v4 ô/ar an^ Meôro/ogfca/ Da/a ^rc/aw/ -Forma?. SERI/SP-320-3305, Solar Energy Research Institute, Goiden, Cotorado, 52pp. Stoffe!, T.L, and E.L. Maxweü, 1989: "Current Status of Solar Radiation Networks in the U.S." Piroc. iP6*9JiwwMaV Cow/grewcg v4wcncaM ô/ar Energy 6*oda?y, Denver, Coiorado, June 19-23, 1989. 47
IPC Vn Part 3: Contributions to Symposium A 48 ABSTRACT AÜSTRALIAN RADIATION NETWORK PLANS P. M. V. Novotny Bureau of Meteoroiogy Box 1289K Melbourne VIC 3001 Australia Aüstralian Bureau of Meteoroiogy currently operates a solar radiation monitoring network, which was established in the late 1960's consisting of 25 stations measuring global and diffuse solar exposure. The existing equipment reached the limits of its serviceable life and planning is in hand for the re-equipment of the network with a new generation system based on low maintenance and readily available modern technology. The implementation of the new system will enhance the quality of the data, and improve the quality control and data management. NETWORK HISTÖRY In the mid 1950's the Aüstralian Bureau of Meteoroiogy took over t^he responsibility for a small network rof 7 actinographs monitoring global solar radiation which was operated by the University of Melbourne. Following a survey of user requirements for the radiation data, including quality, quantity, and spatial distribution, the network was gradually upgraded, starting in the second half of 1960's. Low accuracy Sensors were replaeed by thermopile pyranometers, and a monitoring system, based on an analog chart recorder, mechanical integrator and electromechanical printer, was installed. The size of the network was increased to 22 stations monitoring global solar exposure, and 13 at which diffuse solar exposure was monitored. The diffuse component of global exposure being monitored by a pyranometer with an occulting diBc driven by a synchronous motor. With the growing demand for solar radiation data at localities not previously covered by the existing network, nine stations were added to the network between 1982 and 1986, all monitoring both the global and diffuse exposure. Ät four new stations an in-house designed electronic integrator replaeed the mechanical integrator, and at five of the new stations an inhouse designed electronic integrator and electronic memory storage unit replaeed the mechanical Units. There has, been some fluctuation in the number of stations in the network for various reasons. The current number of active stations is 25.
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