In-Orbit Performance of Hughes HS601HP Dual Junction GaInP sub(2)/GaAs/Ge Solar Arrays

In-Orbit Performance of Hughes HS601HP Dual Junction GaInP sub(2)/GaAs/Ge Solar Arrays

The body-stabilized Hs601HP communications satellites developed by Hughes Space and Communication Company, CA, represent the first commercial spacecraft to use dual junction gallium indium phosphode/gallium arsenide/germanium solar cells as the primary power source. The in-orbit performance of four...

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Veröffentlicht in:Progress in photovoltaics 2000-05, Vol.8 (3), p.307-307
Hauptverfasser: Gelb, Steven W, Fodor, Jay S, Powe, Joseph S
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container_title Progress in photovoltaics
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creator Gelb, Steven W
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description The body-stabilized Hs601HP communications satellites developed by Hughes Space and Communication Company, CA, represent the first commercial spacecraft to use dual junction gallium indium phosphode/gallium arsenide/germanium solar cells as the primary power source. The in-orbit performance of four of these spacecraft was monitored and contrasted with ground-based predictions. Solar array predictions are expected to agree with telemetered data to within 2%. The average deviation between telemetry and prediction for the four satellites is 0.10%.
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title In-Orbit Performance of Hughes HS601HP Dual Junction GaInP sub(2)/GaAs/Ge Solar Arrays
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