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13 GEO Solar Cells from 3 Manufacturers meet your specification.

GEO Solar Cells for space applications from multiple manufacturers are listed on SATNow. Use the filters to select products based on your requirement. View product details, download datasheets, compare products, get quotes and pricing for matching products. SATNow has compiled this list of products specifically for Space and Satellite Applications.

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  • Orbit: GEO
Z4J Image
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4-Junction Solar Cell for Space Applications

GEO Solar Cell from Rocket Lab
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SKU:Z4J
Orbit:
GEO
Output Voltage:
3.54 V
Power Consumption:
4000000 W
Open Circuit Voltage:
3.95 V
Efficiency BOL:
0.3
Number of Junction:
Quad
Qualification Standard:
AIAA-S111-2014
Space Heritage:
Yes
more info
ZTJ Image
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3rd Generation Triple Junction (ZTJ) InGaP/InGaAs/Ge Solar Cells

GEO Solar Cell from Rocket Lab
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SKU:ZTJ
Orbit:
LEO, GEO
Cell Material:
InGaP, InGaAs, Silicon
Output Voltage:
2.41 V
Power Consumption:
4000000 W
Open Circuit Voltage:
2.726 V
Efficiency BOL:
0.295
Number of Junction:
Triple
Mass of Cell:
84 mg/cm sq (300 to 600 gms)
Thickness:
4 to 8 µm
Qualification Standard:
AIAA-S111-2005, AIAA-S112-2005
Space Heritage:
Yes
more info
ZTJ Plus Image
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Triple Junction Solar Cell Lattice Matched On Germanium Substrate

GEO Solar Cell from Rocket Lab
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SKU:ZTJ Plus
Orbit:
LEO, MEO, GEO
Cell Material:
Silicon
Output Voltage:
2.39 V
Power Consumption:
4000000 W
Open Circuit Voltage:
2.69 V
Efficiency BOL:
0.294
Number of Junction:
Triple
Qualification Standard:
AIAA-S111-2014
Space Heritage:
Yes
more info
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Highest Efficiency Inverted metamorphic n-on-p solar cell

GEO Solar Cell from Rocket Lab
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SKU:IMM- a
Orbit:
LEO, MEO, GEO
Cell Material:
Silicon
Output Voltage:
4.28 V
Power Consumption:
4000000 W
Open Circuit Voltage:
4.78 V
Efficiency BOL:
0.32
Number of Junction:
Single
Mass of Cell:
49 to 96 mg/cm sq
Thickness:
2 to 6 µm
Qualification Standard:
AIAA-S111-2014
Space Heritage:
Yes
more info
XTE-SF Image
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Space Qualified Triple Junction Solar Cell for LEO & GEO Missions

GEO Solar Cell from Spectrolab
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SKU:XTE-SF
Orbit:
LEO, GEO
Cell Material:
GaInP, GaAs
Output Voltage:
0.76 to 2.435 V
Open Circuit Voltage:
0.78 to 2.75 V
Short Circuit Current:
0.009 to 0.011 mA
Efficiency BOL:
0.322
Number of Junction:
Triple
Mass of Cell:
50 to 84 mg/cm2
Area:
27 to 80 cm sq
Thickness:
80 to 225 µm
Qualification Standard:
AIAA-S111 2014, AIAA S-111-2005
Space Heritage:
Yes
more info
XTE-HF Image
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Spectrolab - XTE-HF

GEO Solar Cell from Spectrolab
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Description:Space Qualified Triple Junction Solar Cell Based on 20+ years of heritage
Orbit:
MEO, LEO, GEO
Cell Material:
GaInP, GaAs
Output Voltage:
0.76 to 2.490 V
Open Circuit Voltage:
0.79 to 2.782 V
Short Circuit Current:
0.01 to 0.012 mA
Efficiency BOL:
0.321
Number of Junction:
Triple
Mass of Cell:
50 to 84 mg/cm sq
Area:
27 to 80 cm sq
Thickness:
80 to 225 µm
Qualification Standard:
AIAA-S111 2014, AIAA S-111-2005
Space Heritage:
Yes
more info
XTE-LILT Image
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Spectrolab - XTE-LILT

GEO Solar Cell from Spectrolab
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Description:Space Qualified Triple Junction Solar Cell Based on 20+ years of heritage
Orbit:
LEO, GEO
Cell Material:
GaInP, GaAs
Output Voltage:
0.76 to 2.459 V
Open Circuit Voltage:
0.78 to 2.755 V
Short Circuit Current:
0.01 to 0.012 mA
Efficiency BOL:
0.37
Number of Junction:
Triple
Mass of Cell:
50 to 84 mg/cm sq
Area:
27 cm sq
Thickness:
80 to 225 µm
Qualification Standard:
AIAA-S111 2014, AIAA S-111-2005
Space Heritage:
Yes
more info
XTJ Prime Image
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Space Qualified Triple Junction Solar Cell

GEO Solar Cell from Spectrolab
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SKU:XTJ Prime
Orbit:
LEO, GEO
Cell Material:
GaInP, GaAs
Output Voltage:
0.76 to 2.406 V
Power Consumption:
320000 W
Open Circuit Voltage:
0.78 to 2.720 V
Short Circuit Current:
0.01 to 0.0118 mA
Number of Junction:
Triple
Mass of Cell:
84 to 130 mg/cm sq
Area:
27 to 84 cm sq
Thickness:
140 to 225 µm
Qualification Standard:
AIAA-S111 & AIAA-S112, AIAA S-111-2005
Space Heritage:
Yes
more info
Ultra Triple Junction (UTJ) Image
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Spectrolab - Ultra Triple Junction (UTJ)

GEO Solar Cell from Spectrolab
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Description:Ultra Triple Junction Qualified for Low Earth Orbit & Geostationary Orbit
Orbit:
LEO, GEO
Cell Material:
GaInP2, InGaAs, Ge, Silicon
Output Voltage:
2.300 to 2.350 V
Power Consumption:
2000000 W
Open Circuit Voltage:
2.66 V
Number of Junction:
Triple
Mass of Cell:
84 mg/cm sq
Area:
26.6 cm sq, 59.6 cm sq
Thickness:
140 µm
Space Heritage:
Yes
more info
NeXt Triple Junction (XTJ) Image
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Spectrolab - NeXt Triple Junction (XTJ)

GEO Solar Cell from Spectrolab
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Description:NeXt Triple Junction Qualified for Low Earth Orbit & Geostationary Orbit
Orbit:
LEO, GEO
Cell Material:
GaInP2, InGaAs, Ge, Silicon
Output Voltage:
2.323 to 2.348 V
Power Consumption:
1000000 W
Open Circuit Voltage:
2.633 V
Number of Junction:
Triple
Mass of Cell:
84 mg/cm sq
Area:
26.6 cm sq, 59.6 cm sq, 72 cm sq
Thickness:
140 µm
Qualification Standard:
AIAA-S111-2005 and AIAA-S112-2005
Space Heritage:
Yes
more info
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