Astrotech Submits Lunar Power Proposal to NASA
The Austin-based firm aims to advance mobile lunar solar technology with partner Skycorp Incorporated.
Updated on Oct. 20, 2026 in Space
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Astrotech Corporation has submitted a formal proposal for the NextSTEP-3 Lunar Enabling Infrastructure Accelerator program to NASA. The firm is partnering with Skycorp Incorporated to mature mobile power system technologies for use on the lunar surface.
Why it matters
The proposal focuses on maturing essential lunar power technology from Technology Readiness Level 4 to Level 6. This advancement is critical for enabling stable, long-term infrastructure operations on the moon.
The proposed system features a 120-volt direct-current interface capable of continuous power transfer over a 100-meter connection. Development involves prototype integration and environmental testing to meet rigorous lunar standards.
The players
Astrotech Corporation
This Austin-based company specializes in space infrastructure and is exploring the creation of a commercial lunar utility.
NASA
The U.S. government agency responsible for the nation's civilian space program and aeronautics research.
Skycorp Incorporated
This organization partners with aerospace firms to provide expertise in systems engineering and technical development.
The details
The design includes support for bidirectional power flow to manage lunar energy needs. Skycorp Incorporated will lead the systems engineering and technical development, while Astrotech manages the infrastructure and financial components at its Austin facilities.
Timeline
October 20, 2026: Astrotech Corporation announced the submission of its NASA proposal.
The Big Picture
The proposal seeks to advance technology within the framework of NASA's NextSTEP-3 Lunar Enabling Infrastructure Accelerator program. This submission represents a concrete effort to integrate private mobile solar innovation into the agency's broader lunar development initiative.
If successful, this project could facilitate the commercialization of lunar power services via the Lunar Utilities Corporation. These advancements in energy transfer and storage may eventually inform terrestrial microgrid infrastructure.
The takeaway
Advancing technology readiness levels is a foundational step in scaling lunar surface operations. Companies must bridge the gap between initial prototypes and flight-ready hardware to participate in future space exploration cycles.
Further reading
For more developments on regional aerospace innovations, visit the Space section.
Source note: This article includes information reported by The Manila times.
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