AI Infrastructure | Data Centre PowerBloom Energy and Brookfield expand AI infrastructure partnership to $25 billion
30 June 2026 | Global / North America | Bloom Energy, Brookfield
Bloom Energy and Brookfield expanded their financing partnership from $5 billion to $25 billion to accelerate deployment of Bloom fuel cells supporting AI and cloud data centres. The investment is aligned with Brookfield's AI Infrastructure Fund targeting $100 billion and reflects growing demand for alternative power sources for hyperscale AI deployments. Bloom has already deployed systems with partners including Equinix and Oracle.
Funding scale behind AI power infrastructure
Original framework$5B
Expanded commitment$25B
Brookfield AI fund target$100B
The visual shows the scale-up from the original power financing framework to the expanded commitment, set against Brookfield’s broader AI infrastructure fund target. Source: Bloom Energy / Brookfield announcement.
Strategic Watch
The expansion from a $5 billion to a $25 billion financing partnership signals that power infrastructure is becoming a core investment class alongside AI compute. Enterprises planning large AI deployments should monitor how dedicated power assets, fuel-cell technologies and alternative energy financing influence future data centre location decisions and deployment timelines.
GreyRadius Insight
The competitive advantage in AI infrastructure is shifting beyond GPUs to assured energy availability. Brookfield's increased commitment reflects growing investor confidence that integrated power and compute ecosystems will become essential for supporting hyperscale AI growth where grid capacity remains constrained.
Source: Bloom Energy / Brookfield • Reuters
Colocation | Hyperscale InvestmentDigital Realty acquires larger stake in Northern Virginia hyperscale campuses
29 June 2026 | United States | Digital Realty, Blackstone
Digital Realty agreed to acquire Blackstone's interests in three Northern Virginia data centres in a $3.5 billion transaction. The assets comprise two 96MW facilities in Manassas and a 96MW facility in Sterling. Total asset valuation reaches $7.8 billion including development commitments.
Capacity composition of the acquired assets
Manassas facility 196MW
Manassas facility 296MW
Sterling facility96MW
Total valuation$7.8B
The chart adds asset-level context by showing that the transaction is not a single facility but three equal-scale 96MW hyperscale campuses totaling 288MW. Source: Digital Realty announcement.
Strategic Watch
The transaction reinforces continued investor confidence in mature hyperscale markets with proven demand, available connectivity and established cloud ecosystems. Infrastructure investors should monitor whether similar consolidation occurs in other strategic data centre regions.
GreyRadius Insight
Ownership concentration around high-quality hyperscale assets reflects the long-term value of established digital infrastructure. As AI workloads continue to expand, existing campuses with scalable power and network connectivity are likely to command increasing strategic premiums.
Source: Digital Realty • Reuters
Data Centre EnergyNational Grid invests $1.75 billion in AI power infrastructure platform
1 July 2026 | UK / United States | National Grid, Joulent
National Grid acquired a 35% stake in U.S. energy developer Joulent for $1.75 billion. The first project is a 2.67GW gas-fired generation facility in Texas supplying a Microsoft-operated data centre under a 20-year power purchase agreement. National Grid expects to connect more than 10GW of data centre capacity over the next five years.
From first project to connection pipeline
Joulent stake35% / $1.75B
First project (Texas)2.67GW
5-year connection pipeline>10GW
The chart places the 2.67GW facility in the context of National Grid’s stated expectation to connect more than 10GW of data centre demand across the UK and U.S. over five years. Source: National Grid announcement.
Strategic Watch
The investment highlights how long-term power agreements are becoming fundamental to hyperscale AI expansion. Enterprises should monitor increasing collaboration between utilities, energy developers and cloud providers as electricity availability becomes a prerequisite for new AI capacity.
GreyRadius Insight
The AI infrastructure race is increasingly being shaped by access to reliable electricity rather than compute hardware alone. Utilities capable of delivering dedicated generation capacity may emerge as strategic partners in enabling the next wave of hyperscale AI deployments.
Source: National Grid • Reuters
AI InfrastructureXlinks proposes 1.5GW AI data centre campus in Devon
29 June 2026 | United Kingdom | Xlinks
Xlinks, previously known for its Morocco-UK power cable project, announced plans for a 1.5GW AI-focused data centre and energy storage campus at Alverdiscott, Devon. The proposal represents one of the UK's largest planned AI infrastructure developments.
Integrated campus power architecture
Proposed AI compute campus1.5GW
ModelCompute + storage + energy
The chart adds context beyond the headline by comparing the proposed AI compute capacity with the on-site battery storage facility designed to support campus reliability and grid balancing. Source: Xlinks Devon data campus.
Strategic Watch
The proposed development illustrates growing interest in combining power generation, energy storage and AI infrastructure within a single integrated campus. Similar models could reduce deployment risk while improving long-term energy resilience for AI operators.
GreyRadius Insight
Future AI campuses are likely to compete on integrated energy strategies rather than data centre capacity alone. Projects that combine compute, storage and dedicated energy infrastructure may become increasingly attractive as power constraints intensify across major markets.
Source: Xlinks • DatacenterDynamics
Data Centres | PermittingGermany sees proposal for 150MW new data centre
1 July 2026 | Germany | Schleswig-Holstein
Plans were announced for a 150MW data centre development in Schleswig-Holstein. The proposal has already generated local opposition around planning, illustrating increasing permitting challenges for large-scale facilities across Europe.
Strategic Watch
The proposal demonstrates that planning approvals and community acceptance are becoming increasingly significant factors in data centre delivery. Developers should expect permitting timelines and local stakeholder engagement to play a larger role in project execution across Europe.
GreyRadius Insight
As demand for AI infrastructure accelerates, regulatory approvals may become a greater constraint than investment capital. Successful operators will need to balance expansion ambitions with environmental considerations, local engagement and long-term infrastructure planning.
Source: DatacenterDynamics
