Google Tests AI Chip in Orbit, Space Data Center Trials Begin

Google is preparing to launch an experimental satellite on Thursday (26/6) as an initial step to test whether artificial intelligence (AI) data centers can operate in Earth's orbit. The project, called "Project Suncatcher," carries a special AI chip designed to run computing tasks in the space environment.

The initiative comes as electricity demand for AI data centers continues to surge and raises concerns about the capacity of terrestrial power grids. By moving part of its computing infrastructure into space, Google hopes to reduce pressure on terrestrial electricity systems.

According to a report by The New York Times, each solar panel on the test satellite generates only about 1,000 watts of power, equivalent to the consumption of a hair dryer. Although small, researchers consider that amount of power sufficient to complete simple AI tasks from orbit.

Researchers do not expect a full-scale AI data center in space within the next few years. However, this trial is a stepping stone to assess the technology's feasibility. The main focus of the test includes the device's ability to survive rocket launch, operate in orbit, and run AI tasks reliably.

"We don't expect to have a full-scale AI data center in space in the next few years, but this trial is a step toward that possibility," said a researcher involved in the project.

The main advantage of this concept is access to solar energy. In space, sunlight is not blocked by the atmosphere, so its intensity is much higher. Google envisions that one day it could use solar panels to power AI computing systems in orbit.

For Indonesia, this development could be an important signal. As a country with major ambitions in the digital economy, Indonesia needs to anticipate a surge in electricity demand for AI data centers at home. If this space technology proves viable, the archipelago may be able to consider a similar solution to overcome limited land and power grids, especially in remote areas.

In addition, Indonesia has abundant solar energy potential. However, the main challenges remain infrastructure and satellite launch costs. International cooperation and technology transfer are key so that developing countries are not left behind in the race for space computing.

Google also disclosed that if data center satellites are eventually operated, their service life would be about six years before they finally burn up in the atmosphere. For now, researchers are still focused on small-scale trials.

This launch will provide an initial picture of whether special AI hardware can survive the extreme environment of space. If successful, the vision of AI data centers in orbit could become a reality. However, it remains to be seen whether the cost and complexity are commensurate with the benefits.