Meta just made a bet that sounds like science fiction: the company signed a deal with startup Overview Energy to develop up to 1 gigawatt of space-based solar power, with a pilot satellite that won't launch until 2028 at the earliest . According to OilPrice.com, despite clean energy ambitions, Big Tech is still heavily dependent on natural gas, with Meta funding 10 new gas plants for its Louisiana data center campus .

The space solar announcement came just this week, as the race to secure electricity for AI models has reached new heights , TechCrunch reported. Overview Energy's satellites will sit in geosynchronous orbit roughly 22,000 miles above Earth's equator, where sunlight is constant, collecting energy in space and beaming it to Earth-based solar facilities on the ground as low-intensity, near-infrared light , according to Meta's announcement. The concept: solar farms that currently sit idle at night can keep producing electricity around the clock, maximizing their output and creating more energy for the grid .

But the technology remains unproven at commercial scale. Overview Energy aims to launch a pilot satellite into orbit by 2028, and some proponents contend that space-based solar could even be cost-competitive with other energy sources as soon as 2040 , OilPrice.com noted. Bloomberg reported that a gigawatt is roughly equivalent to the power generated by a nuclear reactor .

Satellites Already Watching Energy Infrastructure

While space solar remains years away, satellite technology is already transforming how energy companies operate on the ground. According to NASA's Commercial Satellite Data Acquisition program, eight new agreements with seven commercial partners were announced in January 2026, providing users with high-quality multispectral and SAR data for applications from environmental monitoring to surface deformation .

The CSDA program enacted three agreements with Planet, Airbus, and Vantor to provide near-global multispectral and pan-sharpened electro-optical satellite imagery with spatial resolution of approximately 30 centimeters, 1 meter, and up to 10 meters , NASA Earthdata reported. For synthetic aperture radar, CSDA executed five agreements for high-resolution SAR imagery with Capella, ICEYE, MDA, Umbra, and Airbus .

The commercial satellite imaging market is booming. According to market research, the global commercial satellite imaging market size was estimated at $3.31 billion in 2025 and is predicted to increase from $3.54 billion in 2026 to approximately $6.36 billion by 2035 .

InSAR: Millimeter-Precision Ground Monitoring

One of the most powerful applications for energy infrastructure is Interferometric Synthetic Aperture Radar, or InSAR. InSAR monitors ground deformation linked to extraction, injection, or storage activities in oil and gas operations, ensuring pipeline stability with millimetric precision up to 1 mm/year and 2-3 mm precision on single measurement points , according to monitoring firm Sixense.

InSAR technique is an essential tool for ground surface deformation monitoring due to fluid and gas injection in heavy oil fields, ensuring the safety of personnel and property , a study published in the Journal of the Indian Society of Remote Sensing found. Research on the Permian Basin demonstrated the technology's power: a new processing technique mitigates tropospheric noise, allowing measurement of ground changes with millimeter-level accuracy, with an outlier detection algorithm reducing InSAR measurement uncertainty down to 1-3 mm/year across the basin .

For pipeline operators, the technology offers critical risk management. PS-InSAR technique can have high potential for optimized and simplified monitoring and risk management of ground deformations along pipelines, though the use of only this technique for assessment of ground movement risks needs to be carefully evaluated , according to research published in Geohazards.

Mining and Mineral Exploration from Orbit

Satellite remote sensing is revolutionizing mineral exploration. According to Farmonaut, remote sensing technologies can now map mineral compositions with up to 90% accuracy, revolutionizing exploration strategies by 2025 . The company projects that by 2026, 80%+ of major mineral discoveries will start with satellite-driven intelligence, optimizing investment and reducing exploration risk .

The TerraSAR-X and TanDEM-X satellites fly in close formation and can obtain unparalleled geometric accuracy from bistatic SAR interferometry data, with on-board sensors measuring deformation of the land surface down to millimeters, monitoring ground displacement, subsidence, uplift, and horizontal surface movement , according to Geoawesome.

Mining companies are increasingly adopting satellite connectivity for remote operations. Mining buyers can now weigh services across geostationary orbit, medium Earth orbit, and low Earth orbit, often through the same integrator, with SES selling multi-orbit services to onshore energy and mining users , New Space Economy reported.

LiDAR Point Clouds Power Energy Planning

Light Detection and Ranging (LiDAR) technology provides another critical layer of spatial intelligence for energy infrastructure. LiDAR plays a pivotal role in the energy sector by providing detailed spatial data that supports planning, construction, and maintenance of energy infrastructure, with accurate 3D models helping optimize project design and improve safety , according to geospatial services firm Fugro.

The U.S. Geological Survey's 3D Elevation Program quantified the value: conservative annual national benefits of 3DEP data related to the energy sector total $23.9 million, including $18.1 million for infrastructure and construction management, $2.6 million for renewable energy resources, and $1.6 million for oil and gas resources .

For power line inspection, specialized software now automates analysis. LiPowerline offers AI-driven point cloud automatic classification supporting 14 categories, with classification accuracy exceeding 95% for transmission lines and 85% for distribution lines , according to GreenValley International.

Artemis II: Humans Return to Lunar Space

While commercial satellites watch Earth, NASA achieved a historic milestone last month. Artemis II (April 1-11, 2026) was a crewed flyby of the Moon and the first crewed flight beyond low Earth orbit since Apollo 17 in 1972 , according to mission records. The mission concluded on April 10, 2026, with a successful splashdown in the Pacific Ocean off the coast of San Diego , The Planetary Society reported.

The mission set new records. At approximately 1:56 p.m. EDT on April 6, the spacecraft broke the record for the farthest distance from Earth traveled by any human, surpassing the mark set by Apollo 13 in April 1970, reaching a maximum distance of 252,760 miles from Earth , NASA announced.

Johns Hopkins Applied Physics Laboratory's space sector head told the university that with recently passed FY2026 spending bills, all planned science, technology, and exploration activities should go forward, and NASA is expected to launch the Nancy Grace Roman Space Telescope in 2026 .

The Convergence of Space and Energy Intelligence

The space technology sector is experiencing what one industry newsletter called a maturation phase. The sector is bifurcating, with established players expanding internationally and outspending smaller competitors on R&D, widening the capability gap, while companies without scale or differentiation won't survive , according to TerraWatch Space's Earth Observation Outlook.

For energy companies, the message is clear: space-based observation and monitoring tools have moved from experimental to essential. Whether it's InSAR tracking millimeter-scale ground deformation around injection wells, hyperspectral satellites identifying mineral deposits, or LiDAR mapping power line corridors, orbital assets now provide intelligence that would be impossible to gather any other way.

And while Meta's space solar ambitions remain speculative, the company's willingness to invest signals just how desperate the AI industry has become for new energy sources. Google admitted its carbon emissions rose 48% in five years and has conceded its 2030 net-zero target may be out of reach as AI energy demand continues to accelerate , OilPrice.com reported.

The irony: while Big Tech dreams of beaming power from space, the satellites already in orbit are helping traditional energy companies find, monitor, and manage the fossil fuel resources that still power most of those data centers today.