LUNAR ENERGY · TERRESTRIAL IMPACT
Power
without
boundaries.
Renewable energy generated on the Moon and delivered wirelessly to Earth—ready for your home, your business, and everything ahead.
The next great energy network won’t stop at the horizon.
Earth’s demand for clean power is accelerating. Our grids were built for another century.
AetherLuna is building beyond those constraints: a continuously available extraterrestrial energy platform designed to deliver power precisely where it is needed.
Explore the AetherGrid ↗Sunlight in.
Power out.
Four coordinated systems transform uninterrupted lunar sunlight into familiar, grid-compatible electricity on Earth.
Capture
Heliophase mirrors concentrate unobstructed sunlight into a high-temperature thermal core.
HELIOPHASE ARRAYGenerate
Stored thermal energy drives a sealed supercritical-helium turbine for continuous output.
THERMALUNE-X CORETransmit
CREL phased arrays direct a coherent energy field toward authenticated terrestrial receivers.
CISLUNAR ENERGY LINKPower
The home terminal converts the signal into conventional AC and EV-ready high-voltage DC.
LUNABRIDGE TERMINALThe Moon
powers home.
A compact rooftop receiver. Conventional household electricity. No fuel deliveries, sprawling solar field, or rewiring the life you already have.
- 01 Existing AC appliances 120 / 240 V
- 02 Direct EV fast charging UP TO 100 kW
- 03 Intelligent home storage AETHERGRID READY
One Moon.
One intelligent
energy network.
A software-defined power network continuously balances lunar generation with homes, mobility, industry, storage, and the terrestrial grid.
Predictive dispatch across every authorized receiver.
A new category
of infrastructure.
Commercial first
Long-term power agreements with data centers, industry, and fleet operators establish the initial revenue base.
Residential scale
Compact terminals and subscription energy plans turn every connected property into a network endpoint.
Planetary reach
A single cislunar platform expands across regions without terrestrial generation or transmission corridors.