Space-Based Solar Power via Mercury-Orbit Mirror Array

The sun is far more powerful close up. Near Mercury’s
orbit, solar intensity is roughly 10 times what reaches
Earth’s surface — yet no energy infrastructure exists
anywhere near it.

Lavanyakumar Panuganti invented and patented a system
to change that.

The Architecture

A large array of mirrors is positioned in orbit
perpendicular to Mercury’s orbital path. These mirrors
collect and collimate the intense solar radiation —
concentrating it into directed beams of light.

Those beams are transmitted to relay mirrors positioned
at the Sun-Earth Lagrange Points L4 or L5 — stable
gravitational anchor points that require no station-
keeping fuel.

From L4/L5, the collimated light is redirected to
mirror satellites in geostationary orbit above Earth.
Those satellites reflect the energy back to Earth-based
receiving stations — either photovoltaic farms or
concentrated solar power plants.

The result: approximately 24 hours of continuous solar
power generation, at roughly 10 times the intensity
of conventional Earth-orbit solar collection.

Patent Details

Patent No.: 520647
Application No.: 202141020041
Date of Filing: 01/05/2021
Date of Grant: 06/03/2024
Patentee: Lavanyakumar Panuganti
Granted by: The Patent Office, Government of India
Title: System and Method for Collecting Solar Rays
in Outer Space

Beyond Earth — Extended Applications

The same collimated light transmission architecture
has far-reaching applications beyond Earth power
generation:

Mars Terraforming: Directing concentrated solar beams
at the polar ice caps of Mars — which contain frozen
CO2 — can accelerate sublimation, gradually thickening
the Martian atmosphere and raising surface temperatures
toward conditions suitable for life.

Magnetic Shield for Mars: The enormous energy generated
by this system could power a planetary-scale magnetic
field generator for Mars — protecting future colonies
from solar radiation, which Mars currently has no
natural shield against.

Asteroid Belt Mining: Concentrated solar beams can
provide the energy required for in-situ resource
extraction in the asteroid belt — powering mining
operations far beyond any reasonable reach of
conventional energy sources.

Deep Space Propulsion — Solar Sail: Because the light
is collimated rather than diffuse, it maintains
intensity over vast distances far better than natural
sunlight. An interstellar spacecraft equipped with
large solar panels — or a solar sail — positioned
along the beam path could generate meaningful
propulsive force even in deep space. While intensity
decreases with distance, the collimated beam will
outperform natural sunlight at equivalent distances
from the Sun — making long-duration deep space travel
more feasible than any current solar propulsion model.

This single patent contains the seed of a multi-
generational energy and space exploration architecture.