data centers

National Grid Ventures committed $1.75 billion to fund a gas power plant capable of supplying 2GW for a Microsoft data center in Texas. This represents a significant infrastructure investment required to support the escalating energy demands of hyperscale AI compute facilities.

Nebius signed an 18MW data center lease with Merlin Properties in Spain, marking its first entry into the Spanish market. This expansion reflects growing demand for distributed data center capacity in Europe to support AI and compute workloads.

Cloud Capital and Realty Income established a $6 billion data center joint venture fund with initial stakes in three Virginia facilities. The partnership channels significant institutional capital into regional data center infrastructure, supporting hyperscale and AI workload deployment capacity in a key U.S. market.

Kyivstar, Ukraine's major telecom operator, signed a memorandum of understanding with the Ukrainian government to build an AI data center within the country. This represents a strategic effort to develop local AI infrastructure and reduce dependency on foreign data center operators.

Eagan Capital has filed a lawsuit challenging a data center moratorium imposed by Eagan, Minnesota, arguing the ban is unlawful. Local restrictions on data center development directly constrain infrastructure capacity deployment and may push computing operations to other jurisdictions.

A proposed 900-acre data center in Salix, Iowa faces local opposition despite its scale. Large-scale data center projects encounter zoning and community resistance that can delay infrastructure build-outs supporting AI and cloud computing.

The first data center built inside an active mine opened in the Dolomites and was completed in just over two years from design to construction. This establishes a novel model for co-locating compute infrastructure with mining operations, potentially reducing power costs and site acquisition friction.

Crusoe Energy announced a $10 billion investment in Israeli data center capacity over the next 10–15 years, leasing an additional 100MW across the country. This represents major foreign capex commitment to regional AI compute infrastructure, likely driven by geopolitical diversification of semiconductor and compute supply chains.

A company previously developing a UK-Morocco power cable is pivoting to propose a 1.5GW data center campus in Devon, UK. This signals developer confidence in UK data center demand and represents a major infrastructure commitment to support AI workloads.

Eaton discusses AI-driven infrastructure challenges including rising power and cooling demands, emphasizing modular data center design and flexible engineering. The conversation underscores that rapid AI growth is creating bottlenecks in power delivery and thermal management that require fundamental infrastructure redesign.

Black Chamber, a data center developer, is attempting to acquire a Virginia church property adjacent to a planned AWS campus to expand its footprint. This acquisition effort reflects competitive pressure among data center developers to secure land near major cloud infrastructure hubs.

Patmos is building a second data center in Independence, Missouri, as the city considers implementing a moratorium on such projects. The project highlights tensions between data center development and local resource constraints or regulatory concerns.

Morgan County, Alabama passed a data center moratorium that blocked VoltCore's cryptomine proposal in Somerville. This represents a regulatory constraint on data center and crypto-mining infrastructure expansion driven by local governance concerns.

Singapore-based Racks Central secured $1 billion from a China-ASEAN investment fund to develop AI and hyperscale data centers in Southeast Asia. This capital deployment signals accelerating regional competition for AI infrastructure investment outside US-dominated markets.

Amazon reports consuming 2.5 billion gallons of water annually for data center cooling, equivalent to 0.075% of U.S. lawn irrigation water use (3.3 trillion gallons annually). Data center water intensity is a material environmental cost for hyperscale cloud infrastructure operators.

UC San Diego researchers demonstrated that repurposed 2023-era smartphones can be clustered into functional data center systems with single-core performance exceeding comparable multicore servers, operating locally without reliance on cloud infrastructure. This finding suggests a path toward distributed edge computing using recycled hardware, reducing both e-waste and cloud dependency costs.