NASA Logo

NTRS

NTRS - NASA Technical Reports Server

Collections About News Help Login

Due to the lapse in federal government funding, NASA is not updating this website. We sincerely regret this inconvenience.

Back to Results
Proceedings of the First Semiannual Distributed Receiver Program ReviewPoint focus and line focus distributed receiver solar thermal technology for the production of electric power and of industrial process heat is addressed. Concentrator, receiver, and power conversion development are covered along with hardware tests and evaluation. Mass production costing, parabolic dish applications, and trough and bowl systems are included.
Document ID
19800016267
Acquisition Source
Legacy CDMS
Document Type
Conference Proceedings
Date Acquired
September 4, 2013
Publication Date
May 15, 1980
Subject Category
Energy Production And Conversion
Report/Patent Number
DOE/JPL-1060-33
JPL-PUB-80-10
NASA-CR-163135
Report Number: DOE/JPL-1060-33
Report Number: JPL-PUB-80-10
Report Number: NASA-CR-163135
Accession Number
80N24760
Funding Number(s)
CONTRACT_GRANT: DE-AI01-79ET-20307
CONTRACT_GRANT: NAS7-100
Distribution Limits
Public
Copyright
Work of the US Gov. Public Use Permitted.

Related Records

IDRelationTitle19800016288WorkCost estimating Brayton and Stirling engines19800016277WorkThe development of an air Brayton and a steam Rankine solar receiver19800016303WorkSolar total energy project at Shenandoah, Georgia system design19800016281WorkA hybrid Brayton engine concept19800016270WorkTest Bed Concentrator (TBC)19800016274WorkThe Shenandoah concentrator19800016272WorkInitial test bed concentrator characterization19800016275WorkThe 1st generation low cost point focus solar concentrator19800016302WorkSolar total energy-large scale experiment, Shenandoah, Georgia19800016299WorkCoolidge solar powered irrigation pumping project19800016284WorkOMNIUM-G concentrator test results19800016276WorkA cellular glass substrate solar concentrator19800016298WorkIEA/SPS 500 kW distributed collector system19800016290WorkSiting solar thermal power experiments19800016287WorkTBC costing19800016293WorkSPS market analysis19800016283WorkJPL's parabolic dish test site19800016295WorkSolar thermal plant impact analysis and requirements definition19800016280WorkThe SCSTPE organic Rankine engine19800016268WorkHeat and electricity from the Sun using parabolic dish collector systems19800016282WorkThe United Stirling P40 engine for solar dish concentrator application19800016292WorkIndustrial application experiment series19800016286WorkCosting the OMNIUM-G system 750019800016269WorkLine-focus concentrating collector program19800016294WorkMilitary markets for solar thermal electric power systems19800016285WorkThe JPL flux mapper19800016289WorkThe dish-Rankine SCSTPE program (Engineering Experiment no. 1)19800016300WorkThe 50-horsepower solar-powered irrigation facility located near Gila Bend, Arizona19800016268WorkHeat and electricity from the Sun using parabolic dish collector systems19800016269WorkLine-focus concentrating collector program19800016270WorkTest Bed Concentrator (TBC)19800016271WorkTest bed concentrator mirrors19800016272WorkInitial test bed concentrator characterization19800016273WorkThe OMNIUM-G HTC-25 tracking concentrator19800016274WorkThe Shenandoah concentrator19800016275WorkThe 1st generation low cost point focus solar concentrator19800016276WorkA cellular glass substrate solar concentrator19800016277WorkThe development of an air Brayton and a steam Rankine solar receiver19800016278WorkAn organic Rankine receiver for the SCSTPE program19800016279WorkNon-heat pipe/P-40 Stirling engine19800016280WorkThe SCSTPE organic Rankine engine19800016281WorkA hybrid Brayton engine concept19800016282WorkThe United Stirling P40 engine for solar dish concentrator application19800016283WorkJPL's parabolic dish test site19800016284WorkOMNIUM-G concentrator test results19800016285WorkThe JPL flux mapper19800016286WorkCosting the OMNIUM-G system 750019800016287WorkTBC costing19800016288WorkCost estimating Brayton and Stirling engines19800016289WorkThe dish-Rankine SCSTPE program (Engineering Experiment no. 1)19800016290WorkSiting solar thermal power experiments19800016291WorkThe JPL isolated application experiment series19800016292WorkIndustrial application experiment series19800016293WorkSPS market analysis19800016294WorkMilitary markets for solar thermal electric power systems19800016295WorkSolar thermal plant impact analysis and requirements definition19800016296WorkA study of mass production and installation of small solar thermal electric power systems19800016297WorkThe Crossbyton project19800016298WorkIEA/SPS 500 kW distributed collector system19800016299WorkCoolidge solar powered irrigation pumping project19800016300WorkThe 50-horsepower solar-powered irrigation facility located near Gila Bend, Arizona19800016301WorkPreliminary operational results from the Willard solar power system19800016302WorkSolar total energy-large scale experiment, Shenandoah, Georgia19800016303WorkSolar total energy project at Shenandoah, Georgia system design19800016271WorkTest bed concentrator mirrors19800016291WorkThe JPL isolated application experiment series19800016296WorkA study of mass production and installation of small solar thermal electric power systems19800016297WorkThe Crossbyton project19800016278WorkAn organic Rankine receiver for the SCSTPE program19800016273WorkThe OMNIUM-G HTC-25 tracking concentrator19800016301WorkPreliminary operational results from the Willard solar power system19800016279WorkNon-heat pipe/P-40 Stirling engine
No Preview Available