Aphelia
SPACE-BASED
WIRELESS POWER
We're building wireless charging station, that delivers kW-level of electrical power to dedicated satellite constellations.
Aphelia’s Wireless Charging Station will navigate to the customer’s satellites and deliver high power periodically until the final power to de-orbit for decommissioning of the customer's satellites.
BEAMING POWER IN SPACE
WE MAKE
IT POSSIBLE
Aphelia reinvents the way we power satellites. We are committed to democratizing space exploration by solving power. Our mission is to make space accessible to all by developing innovative solutions that provide reliable and sustainable power sources for space vehicles, satellites, and habitats. We believe that by democratizing space, we can unlock the potential of humanity to explore and discover the universe. We strive to push the boundaries of space technology and create a more inclusive future for all.
Satellite constellation companies can install Aphelia’s low SWaP ratio & cost of our Receiver subsystem that is 77% smaller and 93% reduced additional launching cost compare to SpaceX Starlink's large arrays of solar panels, so that satellite companies can enhance their satellite capabilities for the NewSpace Era.
More than >100s satellite constellations can get external energy without physical docking contact, as opposed to the alternative trending solutions of refueling satellites in space.
Wireless charging technology can enable satellites to stay in orbit for longer periods, reducing the frequency of launching new satellites.
By enabling wireless charging of satellites in orbit, the need for traditional docking and refueling operations can be reduced. This can potentially decrease the risk of collisions and the creation of space debris, which is a significant problem for the sustainability of space. In addition, wireless powered are used during a satellite end of life to help satellite de-orbit.
By installing Aphelia's very low SWaP ratio subsystem, customers can increase their User Capacity while improving their unit economics by having additional high power at the lowest cost/kWh delivered wirelessly to their satellites without relying only on the availability of solar exposure, and even without the alternative solutions of installing extremely large solar arrays, or nuclear power in each of their satellites of many constellations.
05
REDUCE SPACE DEBRIS
04
EXTENDING SATELLITE LIFESPAN
03
NO PHYSICAL DOCKING CONTACT
02
ENHANCE SATELLITE CAPABILITIES
01