Elian Kent
Bedrock Space researches and deploys Space Solar Power Systems (SSPS).

© 2026

50'

Location
Japan, United States
Location
Japan, United States
Location
Japan, United States
Field
SPACE INDUSTRY & INFRASTRUCTURE
Field
SPACE INDUSTRY & INFRASTRUCTURE
Field
SPACE INDUSTRY & INFRASTRUCTURE
Approach
SPACE SOLAR POWER SYSETM
Approach
SPACE SOLAR POWER SYSETM
Approach
SPACE SOLAR POWER SYSETM
Clients
ALL LIFE
Clients
ALL LIFE
Clients
ALL LIFE
our philosophy
We ignited this. A fire that belongs to no single company, nation, era, or individual.
Prometheus is a project that transcends any single company, nation, era, or individual. It exists for one reason: to move all of
humanity forward.
This is a time when human connection is fading. When dreams and hope are growing harder to find. When there is no shared
goal that unites the species. That is exactly why we lit this fire. A project every person on Earth can believe in and contribute
to, regardless of where they were born, what they do, or who they are.
Make the universe better for all life. No one opposes this
If the person walking down the street cannot get behind it, it will never make history. Prometheus is the kind of project that
can.
Like the titan who stole fire from the gods and was chained to a rock, tortured for eternity — we will take that risk. We will
carry that weight. Whatever it costs, whatever it takes, we will not stop until the goal is reached. This is our conviction.
All of it, to make energy infinite.
TECHNOLOGY

WHAT
IS SSPS?

ssps model image

SSPS generates solar energy in space 24 hours a day, 365 days a year, transmitting it wirelessly to LEO satellites or the
Moon via laser, and to Earth via microwave.
By eliminating weather, geography, and geopolitical constraints, SSPS achieves an energy density 10 times greater than
ground-based solar — breaking through the limits of what civilization can power.

SSPS generates solar energy in space 24 hours a day, 365 days a year, transmitting it wirelessly to LEO satellites or the
Moon via laser, and to Earth via microwave.
By eliminating weather, geography, and geopolitical constraints, SSPS achieves an energy density 10 times greater than
ground-based solar — breaking through the limits of what civilization can power.

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Uninterrupted Power Supply

Unaffected by clouds or night cycles. Full-power solar generation, around the clock.

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Uninterrupted Power Supply

Unaffected by clouds or night cycles. Full-power solar generation, around the clock.

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Uninterrupted Power Supply

Unaffected by clouds or night cycles. Full-power solar generation, around the clock.

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Solar Energy Intensity

Solar irradiance in space is approximately 10 times greater than on the Earth's surface.

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Solar Energy Intensity

Solar irradiance in space is approximately 10 times greater than on the Earth's surface.

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Solar Energy Intensity

Solar irradiance in space is approximately 10 times greater than on the Earth's surface.

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Capacity Factor

SSPS achieves a capacity factor above 90%, compared to roughly 15% for ground-based solar.

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Capacity Factor

SSPS achieves a capacity factor above 90%, compared to roughly 15% for ground-based solar.

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Capacity Factor

SSPS achieves a capacity factor above 90%, compared to roughly 15% for ground-based solar.

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Launch Cost Reduction

Reusable rockets have slashed the cost of space transportation by over 95%, making SSPS economically viable for the first time in history.

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Launch Cost Reduction

Reusable rockets have slashed the cost of space transportation by over 95%, making SSPS economically viable for the first time in history.

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Launch Cost Reduction

Reusable rockets have slashed the cost of space transportation by over 95%, making SSPS economically viable for the first time in history.

01/

Power Transmission to LEO Satellites

Tracking angular velocity and transmission distance are minimized, making this the most feasible starting point. A power- generating satellite transmits energy via laser to communication and observation satellites. Power flows from the sunlit side to the shadow side, reducing battery load. The value: higher operational uptime and reduced battery mass. This phase establishes the core operational framework: beam control, tracking precision, safety shutoff, and kWh-based billing.

01/

Power Transmission to LEO Satellites

Tracking angular velocity and transmission distance are minimized, making this the most feasible starting point. A power- generating satellite transmits energy via laser to communication and observation satellites. Power flows from the sunlit side to the shadow side, reducing battery load. The value: higher operational uptime and reduced battery mass. This phase establishes the core operational framework: beam control, tracking precision, safety shutoff, and kWh-based billing.

01/

Power Transmission to LEO Satellites

Tracking angular velocity and transmission distance are minimized, making this the most feasible starting point. A power- generating satellite transmits energy via laser to communication and observation satellites. Power flows from the sunlit side to the shadow side, reducing battery load. The value: higher operational uptime and reduced battery mass. This phase establishes the core operational framework: beam control, tracking precision, safety shutoff, and kWh-based billing.

02/

The Most Sustainable Energy in Civilization

The absence of atmosphere makes laser transmission ideal. Power is delivered continuously from lunar orbit to surface bases and rovers. Even through 14-day lunar nights, life support, robotics, factories, base construction, and communications never stop. SSPS fills the final missing piece of lunar development.

02/

The Most Sustainable Energy in Civilization

The absence of atmosphere makes laser transmission ideal. Power is delivered continuously from lunar orbit to surface bases and rovers. Even through 14-day lunar nights, life support, robotics, factories, base construction, and communications never stop. SSPS fills the final missing piece of lunar development.

02/

The Most Sustainable Energy in Civilization

The absence of atmosphere makes laser transmission ideal. Power is delivered continuously from lunar orbit to surface bases and rovers. Even through 14-day lunar nights, life support, robotics, factories, base construction, and communications never stop. SSPS fills the final missing piece of lunar development.

03/

Becoming a Multi-Planetary Species

SSPS will become an essential lifeline for human habitation on the Moon and Mars. On the lunar surface, where night lasts 14 days, it is the only practical solution for sustaining life support systems and robotics while dramatically reducing battery transport costs. SSPS is the foundational infrastructure for expanding human civilization into space.

03/

Becoming a Multi-Planetary Species

SSPS will become an essential lifeline for human habitation on the Moon and Mars. On the lunar surface, where night lasts 14 days, it is the only practical solution for sustaining life support systems and robotics while dramatically reducing battery transport costs. SSPS is the foundational infrastructure for expanding human civilization into space.

03/

Becoming a Multi-Planetary Species

SSPS will become an essential lifeline for human habitation on the Moon and Mars. On the lunar surface, where night lasts 14 days, it is the only practical solution for sustaining life support systems and robotics while dramatically reducing battery transport costs. SSPS is the foundational infrastructure for expanding human civilization into space.

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The Path to Kardashev Type IV

Energy harvesting expands from planet to star. Distributed generation units multiply, continuously raising the ceiling of available energy. On the Kardashev Scale, Type II is only a waypoint. The destination is Type III, and beyond that, the unknown territory of Type IV. SSPS is not merely a power transmission technology. It is the infrastructure that upgrades the scale of civilization itself.

04/

The Path to Kardashev Type IV

Energy harvesting expands from planet to star. Distributed generation units multiply, continuously raising the ceiling of available energy. On the Kardashev Scale, Type II is only a waypoint. The destination is Type III, and beyond that, the unknown territory of Type IV. SSPS is not merely a power transmission technology. It is the infrastructure that upgrades the scale of civilization itself.

04/

The Path to Kardashev Type IV

Energy harvesting expands from planet to star. Distributed generation units multiply, continuously raising the ceiling of available energy. On the Kardashev Scale, Type II is only a waypoint. The destination is Type III, and beyond that, the unknown territory of Type IV. SSPS is not merely a power transmission technology. It is the infrastructure that upgrades the scale of civilization itself.

FAQ's(08)

Frequently Asked Questions

What is SSPS, and why now?

How is Bedrock Space different from other players in this space?

What kind of people are you looking for?

Is this actually achievable?

What is SSPS, and why now?

How is Bedrock Space different from other players in this space?

What kind of people are you looking for?

Is this actually achievable?