Abstract
This chapter reviews recent activities in the field of solar radiation measurements and includes discussions of historical problems, the genesis of various national and international activities dealing with studies to solve them, and current and planned activities in assessing various aspects of the measurement of solar irradiance. Emphasis is on the development of test methods and the promulgation of industry standards for the operation and calibration of solar radiometers used to determine irradiance, largely in support of solar device testing. The need for standardization at both the domestic and international levels is discussed, as are activities relating to the maintenance of the World Radiation Reference Scale in the U.S., and the relation of these activities to the internationally recognized pentannual pyrheliometric comparisons at Davos, Switzerland. Specific organizations mentioned are the World Meteorological Organization (WMO), the International Energy Agency (lEA), Subcommittee.02 on Environmental Parameters of ASTM Committee E-44 on Solar Energy Conversion, and Subcommittee 1 Climate of the International Standards Organization (ISO) Technical Committee 180 on Solar Energy. Specific attention is devoted to the characterization of pyranometers employed in the precision measurement of irradiance at angles other than horizontal.
A graduate of the University of Michigan, Mr. Zerlaut is co-owner of DSET Laboratories, Inc., an internationally known materials weathering and solar device testing facility. He is chairman of ASTM Committee E-44 on Solar Energy Conversion, chairman of the U.S. TAG for ISO/TC180 on Solar Energy-Thermal Applications, and a member of numerous other professional organizations. Mr. Zerlaut is credited with more than 50 publications and holds the rights to six patents. He is listed in Who’s Who in the West and Who’s Who in Technology Today.
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References
D.H. Lufkin. 1980. New U.S. network for solar radiation measurements, Solar energy technology handbook, part A: engineering fundamentals. W. C. Dickinson and P. M. Cheremisinoff, eds., New York/Basel: Marcel Dekker, Inc., pp 167–172.
D. Anson. 1980. Instrumentation for solar radiation measurements. Solar energy technology handbook, part A: engineering fundamentals. W. C. Dickinson and P. M. Cheremisinoff, eds., New York/Basel: Marcel Dekker, Inc.; pp. 173–199.
K.J. Hanson. 1973. Comments on the quality of the NWS pyranometer network from 1954 to the present. Proceedings of the 1973 Solar Energy Data Workshop. Nov. 1973.
E.C. Flowers. 1973. The “so-called” Parson’s black problem with old-style Eppley pyranometers. Proceedings of the 1973 Solar Energy Data Workshop. Nov. 1973.
M.P. Thekaehara. 1976. Solar radiation measurement: techniques and instrumentation. Solar Energy 18 (No. 4):309–325.
A.J. Drummond. 1966. Pyrheliometric calibrations at the Eppley Laboratory. Eppley Memorandum. Nov. 10, 1966.
E.C. Flowers, 1982 (Mar.). Personal communication.
G.A. Zerlaut. 1981. Why standard pyranometer calibrations are inappropriate for solar collector testing. Proceedings, of the Annual Meeting of the American Section of the International Solar Energy Society. Philadelphia, Pa.; May 29, 1981.
E.C. Flowers. 1981. Calibration and comparison of pyranometers and pyrheliometers Proceedings, Workshop on Accurate Measurement of Solar Radiation. AS/ISES Annual Meeting. Philadelphia, Pa.; May 29, 1981.
E.R. Streed et al. 1978. Results and analysis of a round robin test program for liquid-heating flat- plate solar collectors. NBS-975. Washington, D.C.
ASHRAE Standard 93–77. 1977. American Society of Heating, Refrigeration and Air Conditioning Engineers.
H.D. Talarek. 1979 (Dec.). Testing of liquid- heating flat-plate collectors based on standard procedures. KFA-IKP-113–4/79. Kernforschungsanlage-Jülich GmbH. Presented by E. Streed to ASTM Committee E-44 as an lEA progress report.
W. Ley. 1979 (Dec.). Survey of solar simulator test facilities and initial results of IE A round robin tests using solar simulators. lEA Task III Report on Performance Testing of Solar Collectors. Cologne, W. Germany: Deutsche Forschungs- and Versuchsanstalt fur Luft- und Raumfahrt ev. (DFVLR).
J. A. Plamondon. 1969. JPL Space Programs Summary for 1969 111:37–59.
J.M. Kendall, Sr. 1969 (July). Primary absolute cavity radiometer. Jet Propulsion Laboratory Technical Report 32–13%.
R.C. Willson. 1973 (Apr.). Active cavity radiometer. Applied Optics 12:810–17.
The Eppley Laboratory. 1977. The self-calibrating sensor of the electric satelHte pyrheliometer (ESP) program. Proceedings of the Annual Meeting of AS USES. 1. Orlando, Fla.; June 6–10, 1977.
J.M. Kendall, Sr. and C.W. Berdahl. 1970 (May). Two black bodies of high accuracy Applied Optics. 9 (No. 5): 1082–1091.
Doc. T586. PMO-6 Absolute Radiometer (brochure). Compagnie Industrielle Radioelec- trique (CIRI). Sept. 1980.
Dr. Nels Johnson. Personal communication. International Division, NOAA, Rockville, Md.
Measurement of Radiation and Sunshine, Guide to Meteorological Instrument and Observing Practices. Chap. 9. 4th ed. WMO-No. 8, TP. 3. Geneva.
Anon. 1977. Pyrheliometer comparisons 1975, results and symposium, IPC IV. Working Report WR No. 58. Davos: Worid Radiation Center.
Anon. 1981 (Feb.). Pyrheliometer comparisons 1980, results and symposium, IPC V. Working report, WR No. 94. Davos: World Radiation Center.
R.S. Estey and C.H. Seaman. 1971 (July). Four absolute cavity radiometer (pyrheliometer) inter- comparisons at New River, Arizona. JPL Publication 81–60. Jet Propulsion Laboratory.
G.A. Zerlaut. The calibration of pyrheliometers and pyranometers for testing photovoltaic devices. Solar Cell (in publication). Also Proceedings. Commercial Photovoltaic Measurements Workshop. Vail, Colo.; July 27–29, 1981.
e.V. Wells. An experiment to compare data acquisition methods employed in the IPC V and New River comparisons. In Ref. 23 (WRC-D WR 58).
G.A. Zerlaut. 1981 (Apr.). The challenge of solar energy—ASTM Committee E-44. ASTM Standardization News.
H.D. Talarek and C. Fröhlich. 1980(June). Results of a pyranometer comparison. lEA/PMOD (WRC) Report. March 5,6, 1980.
M.R. Riches; T.L. Stoffel; and C.V. Wells. 1981 (Apr.). International Energy Agency Conference on Pyranometer Measurements. Draft Report SERI/TR-642–1156. Solar Energy Research Institute.
ASTM Standard E-816. Calibration of secondary reference pyrheliometers and pyrheliometers for field use. Annual book of ASTM standards. Part 41. American Society for Testing and Materials. Philadelphia, Pa.
R.J. Bahmand J.C. Nakos. 1979 (Nov.). The calibration of solar radiation measuring instruments. Report No. BER-1(79) DOE-684–1. DOE Contract No. EM-78-S-04–5336.
J. McGreggor. Personal communication. Cardiff University, Cardiff, Wales, UK.
E. Flowers. Personal communication. NO A A/ SRF, Boulder, Colo.
H.E.B. Andersson; L. Liedquist; J. Lindblad; and L.A. Norsten. 1981. Calibration of pyranometers. Report SP-RAPP 1981:7. Boras, Sweden: Statens Provningsanstalt (National Testing Institute). March 6, 1981.
D.J. Norris. 1974. Calibration of pyranometers in inclined and inverted positions. Solar Energy 16:53–55.
F. Loxsom and W.D. Hogan. 1981. Measurement of irradiation on tilted surfaces. In Accurate measurement of solar radiation. Proceedings of Workshop, 1981 Annual Meeting American Section I ISES. Philadelphia, Pa.; May 29, 1981.
ASTM Standard E-824. Standard method for transfer of calibration from reference to field pyranometers. Annual Book of ASTM Standards. Part 41. American Society for Testing and Materials. Philadelphia, Pa. 1%6.
Augustus N. Hill. Calibration of solar radiation equipment at the U.S. Weather Bureau. Solar Energy 10(No. 4): 1–4.
J.R. Latimer. 1%6. Calibration program of the Canadian metéörological service. Solar Energy 10(No. 4):4–7.
J.R. Latimer. 1964. An integrating sphere for pyranometer calibration. Journal of Applied Meteorology. 3:323–6.
A.J. Drummond and H.W. Greer. 1966. An integrating hemisphere (artificial sky) for the calibration of meteorological pyranometers. Solar Energy 10(No. 4):7–11.
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Zerlaut, G.A. (1983). Solar Radiation Measurements: Calibration and Standardization Efforts. In: Böer, K.W., Duffie, J.A. (eds) Advances in Solar Energy. Springer, Boston, MA. https://doi.org/10.1007/978-1-4684-8992-7_2
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DOI: https://doi.org/10.1007/978-1-4684-8992-7_2
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