Power & Propulsion Element (PPE)
Lanteris Space SystemsThe Power and Propulsion Element (PPE) is a high-power, solar electric propulsion spacecraft element built on the IM-1300…
273 flight-proven satellite platforms, components and ground equipment from verified manufacturers worldwide.
The Power and Propulsion Element (PPE) is a high-power, solar electric propulsion spacecraft element built on the IM-1300…
Fenix Energy designs, manufactures and markets low-carbon energy production systems based on the combustion of metal particles. On…
Wireless power transfer technology that transmits electrical power through air, walls, and water without ports or alignment.
China National Nuclear Corporation space division develops nuclear power systems and radioisotope generators for deep space and lunar…
High energy density Li-Ion Polymer smart battery with integrated BMS, 1-200 Ah capacity, for launch vehicles, missiles, hypersonic…
Spectrolab state-of-the-art commercial space solar cell with 32%+ BOL efficiency, leading the industry in specific power.
Spectrolab high-efficiency triple-junction solar cell optimized for low-intensity low-temperature (LILT) conditions, used on deep space missions including Juno…
Enhanced triple-junction solar cell with improved efficiency over standard ZTJ, for commercial satellite and constellation applications.
Industry-standard triple-junction space solar cell with up to 30.2% BOL efficiency, powering over 450 satellites and planetary probes.
Scalable power architecture for CubeSats and small satellites, providing modular EPS solution with flexible configuration.
Scalable power architecture for CubeSats and small satellites, providing modular EPS solution with flexible configuration.
Redundant coarse analog sun sensor for satellite constellations, providing wide-angle coverage with analog voltage output.
High-accuracy digital fine sun sensor for nanosatellites, providing two-axis sun vector measurement with MEMS technology and SPI/UART interface.
Modular, self-stiffening deployable solar array scalable from small satellites to multi-kilowatt-class power systems.
3U-format photovoltaic panel from NBSPACE, built with space-grade materials for lightweight, compact CubeSat power generation.
6U-format photovoltaic panel from NBSPACE, built with space-grade materials for lightweight, compact CubeSat power generation.
1U-format photovoltaic panel from NBSPACE, built with space-grade materials for lightweight, compact CubeSat power generation.
Power distribution unit ensuring steady, reliable energy supply for CubeSats.
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