
Powering the Final Frontier
Exlumina’s EVERLIGHT delivers wireless laser power to satellites and spacecraft, enabling longer missions, lower costs, and sustainable exploration in LEO, lunar, and deep-space environments.
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High Launch Costs
Solar panels and batteries add significant weight, driving up launch expenses
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Limited Mission Life
Battery degradation constrains satellite operations, especially in eclipse.
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Deep Space Constraints
Current systems can’t deliver reliable power beyond low Earth orbit.
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Scalable Power Delivery
Delivers energy to satellites in LEO, lunar orbits, or deep space, reducing dependency on onboard systems.
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Cost Efficiency
Lightweight EOS receivers cut launch costs by up to 30% compared to traditional systems.
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LEO Constellations
Growing demand for CubeSats and mega-constellations like Starlink.
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Lunar Economy
NASA’s Artemis program and commercial lunar missions require reliable power.
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Deep Space Exploration
Interplanetary missions need sustainable energy beyond solar reach.
Satellites
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Hyperion
Solar collectors convert sunlight into high-power laser beams for efficient energy transmission.
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IRIS
Relay satellites distribute laser energy with precision across global orbits.
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EOS
Compact receivers convert laser energy into electricity, compatible with any satellite.
Compact receivers convert laser energy into electricity, compatible with any satellite.
Our Team
Join the Space Power Revolution
Partner with Exlumina to power your next mission. Contact us for pilot integrations, partnerships, or investment opportunities.