315 satellite platforms, components and ground equipment from manufacturers worldwide.
236.8 Wh Li-ion space battery in 8s4p topology for a 28 V bus, 2.05 kg.
532.8 Wh Li-ion space battery in 8s9p topology for a 28 V bus, 4.3 kg.
Fully qualified 1066 Wh Li-ion space battery in 36s4p topology, used on launch vehicles including for Thrust Vector…
1066 Wh Li-ion space battery in 8s18p topology on a 28 V bus, 36 Ah nameplate capacity, 8.8…
2300 Wh Li-ion space battery in 16s20p topology for a 56 V bus, 40 Ah nameplate capacity, 19.6…
Large-format 32% class quadruple-junction cell of 77.44 cm2 in a 148 x 60.6 mm format, 30.8% BOL efficiency.
32% class quadruple-junction cell of 60.35 cm2 with 31.1% BOL efficiency, 3415 mV open-circuit voltage and 6.5 g…
32% class quadruple-junction AlInGaP/AlInGaAs/InGaAs/Ge cell of 30.60 cm2 with 31.3% BOL efficiency and 3.3 g mass.
High-power 30% class triple-junction cell of 77.55 cm2 in a 145.9 x 60.7 mm format, 10.4 g bare…
30% class triple-junction bare cell and CIC assembly of 71.25 cm2, 150 um thick, 6.1 g bare cell.
30% class triple-junction InGaP/GaAs/Ge bare cell and CIC assembly, 30.18 cm2, 29.5% BOL efficiency, 2.6 g bare cell.
30% class triple-junction bare cell and CIC assembly of 60.35 cm2 with 29.3% BOL efficiency and 5.2 g…
An electrically initiated, one-shot switch designed to bypass and isolate failed battery cells in battery assemblies, offering Make-Before-Break…
An electrically initiated, one-shot switch designed to bypass and isolate failed battery cells, featuring Make-Before-Break functionality and available…
An electrically initiated, one-shot switch designed to bypass and isolate failed battery cells, featuring Make-Before-Break functionality and available…
The Aphelion Cubesat solar panels utilize flight-proven, high efficiency 30.5% triple junction solar cells and a reliable bonding…
Ananth Technologies designs and manufactures high-performance solar panels for satellites ranging from CubeSats to advanced microsatellites, combining flight-proven…
A set of five solar panels designed for PocketQubes, featuring high-efficiency Spectrolab TASC cells and custom mounting holes.
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