In the era of AI racing with the surging digital tide, Zuckerberg resolutely erected a huge computing power monument in the southern wilderness to pursue his dream of super intelligence. This massive infrastructure boom is not only a gamble on technological hegemony, but also reflects the scarce reality of cold server clusters and passionate ambitions intertwined under the global intelligent wave.

Significant expansion of computing power investment

As competition in the AI industry intensifies, Meta continues to aggressively increase its efforts in building computing infrastructure. On July 13, 2026 local time, Meta officially announced the expansion of its Louisiana data center, with a computing power scale of 5 gigawatts and a total investment of over 50 billion US dollars. After completion, this project will rank among the top AI infrastructure in the world, marking a new high in Meta AI strategic investment.

The expansion of the project has far exceeded expectations, with a planned investment of only 2 gigawatts and 27 billion US dollars by October 2025. In just a few months, the project investment has climbed from 10 billion to 50 billion US dollars, with an astonishing expansion. Industry sources indicate that with the addition of high-end chip deployment costs, the total project investment may exceed 250 billion US dollars, and the relevant expenses have not been officially confirmed yet.

Collaboration between government and enterprises for mutual benefit and win-win outcomes

Meta has landed in Louisiana to build the Hyperion supercomputing cluster, benefiting from the local favorable investment policies. The local government has introduced a 20-year sales tax exemption policy to attract projects to land, and the governor said that this cooperation is beneficial to the local economy. As feedback, Meta will invest over $1 billion to upgrade local public infrastructure such as roads and water services. Since the start of the project, Meta has placed $1.6 billion in orders with local enterprises, and upon completion, it will provide thousands of job opportunities, doubling the number of jobs.

Energy consumption challenges and commercial exploration

Large AI data centers have the dual attributes of high capital investment and high energy consumption. Meta collaborates with local power companies to build multiple natural gas power plants, transmission lines, and energy storage facilities to ensure the electricity supply for computing power projects. Meta promises to fully bear the costs of water, electricity, and infrastructure, without shifting the burden on people's livelihoods. However, the project's high energy consumption still triggers discussions on the carrying capacity and sustainable development of the power grid from the outside world. Keywords: Meta, computing infrastructure, AI iteration

Zuckerberg is fully betting on super intelligence and continuously increasing the per capita computing power configuration of the team. The sustained high expenses have sparked Wall Street's attention to investment returns, and the market urgently needs the commercialization of Meta AI. Meta plans to open up computing power leasing and emulate industry models to explore new avenues for monetizing computing power. Zuckerberg stated that the current high computing power premium results in better economic benefits for external leasing. Although the full implementation cycle of the project is uncertain, Meta's large-scale investment confirms that global AI computing power is still in a shortage stage.Editor/Gong Ziwei