Energy can run almost all new data centers until 2030

There is the energy crisis that waves on the horizon as cloud services providers intensify the building center building. But a new report indicates that the solution lies under their foundations.

Advanced Earth Energy can provide nearly two -thirds of the new demand for the data center by 2030, according to what he said analysis By the Rhodium Collection. Additions link the amount of thermal energy in the United States – from 4 GB to about 16 GB – while costing the same or less than what the operators of the data center pay today.

In the west of the United States, where the thermal thermal resources are more abundant, technology can provide 100 % of the new demand for the data center. Phenix, for example, can add 3.8 GB of data center capacity without building one traditional power plant.

Earth’s thermal resources have huge potential to provide consistent strength. Historically, the Earth’s thermal power plants are limited to places where the Earth’s heat leaks near the surface. But advanced terrestrial thermal technologies can open 90 GB of clean energy in the United States alone, According to To the US Department of Energy.

Advanced or improved thermal thermal energy includes a wide range of methods, but it generally digs deeper and wider than before. This allows them to access the hotter rocks – which translate into more energy – and fill in more Earth’s thermal wells on one feature. This sector has witnessed an increase in startups in recent years, partially driven by the knowledge and technology borrowed from oil and gas companies.

For example, Fervo Energy has been established by former oil and gas engineers to expand the ground energy capabilities using horizontal drilling technologies that have been achieved over the past few decades. Company I raised more than 200 million dollars In 2024, he followed significant costs in the well drilling.

Other startup, foundation energy Dug To reduce the Earth’s thermal energy imprint, allowing offices and space -bound databases to extract more energy from the effects of their limited feet. The company’s specialized drilling platforms carry more than 1,200 feet to take advantage of the consistent heat throughout the year.

Quaise Energy technology looks out of science fiction. Startup Rock Using the micro -waves created by Gyrotrons. By skipping traditional pits, Quaise hopes to drill 12.4 miles (20 km). On this depth, the rocks are approximately 1000 degrees Fahrenheit throughout the year, providing boundless amounts of heat to push the warm generators or buildings.

While most companies use the Earth capacity to save and store heat, it is used by another startup to store energy in another way. It was Sage Geosystems Water injection into wells Under pressure. When the energy is needed, the taps can open and operate the water through the turbines, such as the electromatic dam upside down.

Because the thermal energy has very low operating costs, the price is competitive with the energy centers ’energy costs today. When the data centers are identified similar to how today, the process that usually takes into account near the optical fibers and the main metro areas, and the thermal energy costs slightly more than $ 75 per mg hour.

But when developers explain the thermal thermal capabilities in their locations, the costs decrease dramatically, to about $ 50 per hour of megawat.

The report assumes that the new generation capacity will be “behind the meter”, which experts call the power plants that are directly connected to the customer, bypassing the network. Wait for new power plants to connect to the network It extends for years. As a result, the meters’ arrangements have become more attractive to the data center operators who are scrambling to build a new capacity.