Meta and BlackRock Form Joint Venture for $14 Billion Megawatt-Scale AI Data Center in El PasoMeta and global investment giant BlackRock have announced a strategic partnership to construct and manage a massive new AI data center in El Paso, Texas, with an estimated initial construction cost of $14 billion.
The partnership is structured as a joint venture, with BlackRock holding an 80% majority stake and Meta retaining a 20% equity interest. Under the arrangement, Meta handles the initial land acquisition and site transactions before leasing back the completed compute infrastructure from the joint venture. By leveraging BlackRock as the primary capital provider, Meta significantly reduces its direct capital expenditure burden while securing long-term operational capacity.
Designed to deliver approximately 1 gigawatt (1GW) of power capacity, the megawatt-scale facility will operate with Meta as its sole primary tenant. Construction and infrastructure deployment are scheduled for completion, with operations expected to come online in 2028.
The way large tech companies finance hyperscale AI infrastructure is changing. Building gigawatt data centers requires tens of billions of dollars in initial capital. Partnering with private equity giants like BlackRock allows Meta to maintain cash flow and optimize its balance sheet while ensuring access to the high-performance AI computing necessary for training future Llama models and driving real-time AI workloads across the company's various applications.
El Paso has strategic geographical advantages for hyperscale facilities, including available land, favorable local tax incentives, and direct access to major intercontinental fiber optic networks. Furthermore, Texas' free energy market allows data center operators to negotiate customized power purchase agreements (PPAs), critical to maintaining the continuous gigawatt-hour power required for next-generation GPU clusters.
In the modern AI landscape, 100-megawatt data centers are rapidly becoming secondary as model parameter sizes increase exponentially. The industry standard has therefore shifted to 1 gigawatt data centers, equivalent to the energy consumption of approximately 750,000 households. Maintaining a dedicated 1 gigawatt space allows Meta to remain competitive with hyperscale competitors building similar megacampuses across North America.
Source: Meta
Meta and BlackRock Form Joint Venture for $14 Billion Megawatt-Scale AI Data Center in El PasoMeta and global investment giant BlackRock have announced a strategic partnership to construct and manage a massive new AI data center in El Paso, Texas, with an estimated initial construction cost of $14 billion.
The partnership is structured as a joint venture, with BlackRock holding an 80% majority stake and Meta retaining a 20% equity interest. Under the arrangement, Meta handles the initial land acquisition and site transactions before leasing back the completed compute infrastructure from the joint venture. By leveraging BlackRock as the primary capital provider, Meta significantly reduces its direct capital expenditure burden while securing long-term operational capacity.
Designed to deliver approximately 1 gigawatt (1GW) of power capacity, the megawatt-scale facility will operate with Meta as its sole primary tenant. Construction and infrastructure deployment are scheduled for completion, with operations expected to come online in 2028.
The way large tech companies finance hyperscale AI infrastructure is changing. Building gigawatt data centers requires tens of billions of dollars in initial capital. Partnering with private equity giants like BlackRock allows Meta to maintain cash flow and optimize its balance sheet while ensuring access to the high-performance AI computing necessary for training future Llama models and driving real-time AI workloads across the company's various applications.
El Paso has strategic geographical advantages for hyperscale facilities, including available land, favorable local tax incentives, and direct access to major intercontinental fiber optic networks. Furthermore, Texas' free energy market allows data center operators to negotiate customized power purchase agreements (PPAs), critical to maintaining the continuous gigawatt-hour power required for next-generation GPU clusters.
In the modern AI landscape, 100-megawatt data centers are rapidly becoming secondary as model parameter sizes increase exponentially. The industry standard has therefore shifted to 1 gigawatt data centers, equivalent to the energy consumption of approximately 750,000 households. Maintaining a dedicated 1 gigawatt space allows Meta to remain competitive with hyperscale competitors building similar megacampuses across North America.
Source: Meta
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