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Europe Leads the Charge in Self-Powered Data Centers as AI Boom Collides with Grid Constraints

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In a move that underscores the escalating tensions between Europe’s surging data center demand and its strained power grids, a facility just outside Dublin has become the continent’s first to operate entirely on an independent, “islanded” microgrid.

The development is expected to herald a broader shift toward privately funded energy solutions amid chronic connection delays and regulatory hurdles.

According to CNBC, the 110-megawatt site, operated by Pure Data Centre Group in partnership with AVK, represents a €1 billion ($1.2 billion) investment and is designed to handle both cloud and AI workloads. Launched in early 2026, it currently draws power from natural gas engines switchable to low-emission Hydrotreated Vegetable Oil (HVO), with successful trials of biomethane as a renewable alternative.

The microgrid also incorporates up to 20 MW of battery storage, enabling potential grid support through dispatchable power once connected — a feature that aligns with Ireland’s evolving data center policies.

Pure DC President Dawn Childs, a Dame Commander of the Order of the British Empire for services to engineering, explained the rationale, saying: “The alternative in Ireland was to wait, literally wait for an unknown time to be able to get a grid connection, and still today you’re not able to get a grid connection. So creating a microgrid enabled us to move our project forward.”

She added that while the system allows full independence, the long-term goal is grid integration to provide flexibility and services back to Dublin, one of Ireland’s most power-constrained areas.

Ireland’s experience mirrors broader European challenges. The country imposed a de facto moratorium on new data center connections in 2021 due to grid strain, with facilities consuming a staggering 22% of national electricity in 2024. Authorities eased restrictions late last year, but new guidelines mandate dispatchable power or energy storage and require at least 80% of demand to come from renewable sources in Ireland.

The European Data Centre Association (EUDCA) estimates that Europe’s IT power capacity grew from 10,539 MW in 2023 to 14,784 MW in 2025, with a projected €176 billion ($205 billion) in cumulative investments between 2026 and 2031. Approximately 90% of the continent’s data center energy consumption is now renewable, and 70% of operators report compliance with 75% renewable or hourly carbon-free energy sourcing.

The EU’s forthcoming Cloud and AI Development Act aims to triple data center processing capacity within five to seven years, backed by streamlined approvals and public funding for energy-efficient facilities. However, grid congestion remains the primary barrier, with connection delays in traditional hubs like Frankfurt, London, Amsterdam, Paris, and Dublin (FLAP-D) extending up to seven years — far outpacing the two years typically needed to build a data center.

This mismatch has driven a geographic realignment: while FLAP-D markets still dominate (62% of capacity in 2025), their share is expected to drop to 51% by 2035 as growth shifts to regions with abundant renewables, favorable climates, and available power, such as Scandinavia and Southern Europe.

The International Energy Agency (IEA) estimates data centers already consume 415 TWh annually (1.5% of global electricity), with demand growing 12% per year. In Europe, AI-driven workloads are the primary catalyst, with the EUDCA forecasting a 15% annual increase in electricity needs through 2030. The European Commission’s upcoming Heating and Cooling Strategy (Q1 2026) and revised Energy Efficiency Directive will introduce a new rating scheme for data centers, promoting waste-heat recovery and grid integration to support decarbonization.

Microgrids — localized systems that generate, store, and distribute power — are emerging as a viable workaround. Widely adopted in the U.S. (where ~30% of data centers use microgrids or behind-the-meter solutions like fuel cells and gas turbines), they are gaining traction in Europe, rising from 5–10% adoption 18 months ago to ~20% today, per McKinsey partner Diego Hernandez Diaz.

Siemens and ABB are developing similar technologies, with Siemens in discussions for data center deployments and Schneider Electric opening a Massachusetts testing lab in 2025 to validate real-world performance.

AVK CEO Ben Pritchard told CNBC the U.S. market moved faster due to demand intensity, but Europe is catching up.

“It’s just that the U.S. has such a high demand that we’ve seen the rollout a little bit quicker than we’ve seen here in Europe,” he said.

He highlighted a new investor class: infrastructure funds building, owning, and operating microgrids to supply data centers, predicting this asset class will mature over the next three to five years.

Sustainability remains a core challenge. Many microgrids rely on gas turbines or fuel cells, which emit unless paired with carbon capture or low-carbon fuels.

Hernandez Diaz noted: “Making these assets grid participants in theory and in practice are very different questions. Technically speaking, it’s very feasible… but actually having the regulation and policy in place to allow for that to happen is a big question.”

While regulatory hurdles could slow deployment, the Dublin project demonstrates how microgrids can meet new EU mandates for dispatchable power and renewables. If connected, it could provide flexibility to Ireland’s grid, turning data centers from energy consumers into system assets.

The broader push for microgrids aligns with Europe’s digital and green transitions. The Commission’s Strategic Roadmap for digitalization and AI in the energy sector (early 2026) aims to accelerate AI deployment for grid optimization, efficiency, and demand-side flexibility. Events like the Future Grid & AI Data Centers Europe 2026 conference in Frankfurt (September 28–29) — gathering 500+ leaders from hyperscalers, grid operators, utilities, and renewable developers — highlight the urgency of aligning power and compute infrastructure for the AI era.

For companies like Pure DC, the microgrid is a pragmatic bridge that is enabling rapid deployment while preparing for eventual grid integration.

Trump Announces U.S.-India Backed 168,000 bpd Refinery at Brownsville Port to Process Shale Oil, Offset Trade Deficit

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President Donald Trump announced Tuesday that India’s Reliance Industries — operator of the world’s largest single-site refining complex — will back construction of a new 168,000 barrels per day (bpd) refinery at the Port of Brownsville, Texas, designed specifically to process light, sweet U.S. shale crude.

The project, led by startup America First Refining, aims to address a perceived mismatch between domestic production and Gulf Coast refining capabilities while reducing the U.S. trade deficit with India.

“Thank you to our partners in India, and their largest privately held Energy Company, Reliance, for this tremendous Investment,” Trump posted on Truth Social.

The announcement comes amid spiking gasoline prices driven by the ongoing U.S.-Israeli conflict with Iran, now in its second week, and as midterm elections approach in November 2026, with control of Congress hanging in the balance.

America First Refining stated the refinery will “offset $300 billion in the trade deficit with India” through long-term product offtake and economic impact. Reliance has signed a binding 20-year offtake term sheet committing to purchase the refinery’s output, a move that could help narrow India’s trade surplus with the U.S. — a persistent grievance for Trump.

Reliance, which did not respond to requests for comment, operates the 1.4 million bpd Jamnagar complex in Gujarat — the world’s largest single-location refinery — and reported $125 billion in revenue last year. The company has aggressively expanded into new energy, retail, digital services, and media while maintaining its core refining and petrochemical strength.

America First founder and chairman John V. Calce said: “For the first time in half a century, the United States will build a new refinery designed specifically for American shale oil.”

Many Gulf Coast facilities, configured over the past four decades to run lower-cost heavy, sour crude from imports, struggle to efficiently process the light, sweet crude produced from U.S. shale plays. The Brownsville refinery would fill that gap, targeting domestic shale feedstocks.

A “global supermajor” has made a “9-figure investment” at a “10-figure valuation,” America First said, identifying Reliance as the partner.

Construction is slated to break ground in Q2 2026.

Industry Skepticism on Need and Timing

Analysts expressed caution about some aspects of the deal. John Auers, managing director at Refined Fuels Analytics, said that “Initial announcements like this by the Trump administration have a lot of hyperbole.” He questioned the necessity of new Gulf Coast capacity, noting the region already hosts eight of the country’s 10 largest refineries, with total U.S. capacity at 18.4 million bpd at the end of 2024.

Tom Kloza, principal analyst at Kloza Advisors, suggested the Brownsville location points to an export-oriented facility.

“If Brownsville is indeed the location for the build, I would assume that they are looking at an export refinery. There is not much local demand and there are not pipeline connections to take Brownsville product elsewhere,” he said.

He noted Gulf Coast refineries benefit from low-cost natural gas, hydrogen, and domestic crude, making them competitive suppliers of motor fuel and heating oil to South America. Recent closures of two California refineries (combined 284,000 bpd) due to state fossil-fuel regulations have tightened West Coast supply, but Gulf Coast capacity remains robust. Construction costs for new refineries or expansions have averaged ~$40,000 per barrel of capacity in the past decade, implying a ~$6.7 billion price tag for the Brownsville project.

Geopolitical and Economic Backdrop

The announcement arrives amid volatile oil markets driven by the U.S.-Israeli war with Iran. Brent crude traded above $104 per barrel on Monday, with the Strait of Hormuz effectively closed after Iranian threats. India — importing 85% of its crude (4.2 million bpd) — faces higher import costs and rupee pressure, while U.S. gasoline prices have spiked, contributing to inflation concerns ahead of midterms.

The refinery deal aligns with Trump’s “America First” agenda: boosting domestic energy production, reducing trade deficits, and creating jobs in Texas. Reliance’s offtake commitment could help stabilize U.S. exports while giving India a reliable long-term source of refined products less exposed to Middle East disruptions.

While the project promises economic benefits, analysts remain skeptical about execution and the needs. Permitting, environmental reviews, pipeline connectivity, and securing financing in a high-interest-rate environment will be key hurdles. The 168,000 bpd capacity, modest compared to modern complexes, suggests a focused, export-oriented design.

The refinery could process light shale crude more efficiently than legacy Gulf Coast plants, potentially improving U.S. energy security and export competitiveness. For Reliance, it diversifies its refining footprint beyond Jamnagar and strengthens ties with the U.S. to tackle future global energy volatility.

Next Tekedia Capital Investment Cycle Begins in the First Week of April 2026

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The next Tekedia Capital investment cycle begins in the first week of April 2026, when we will invest in a new cohort of innovative startups. We expect to write cheques to about 15 startups across multiple sectors, ranging from AI and robotics to space technology, uranium mining, and other frontier industries. To participate in this cycle, learn more here

Oracle’s $553bn Contract Backlog Signals AI Infrastructure Boom as Company Targets $90bn Revenue by 2027

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Oracle delivered a strong signal that the global boom in artificial intelligence infrastructure is translating into real business momentum, after reporting a massive surge in future contracted revenue and forecasting sales growth that could exceed Wall Street expectations through 2027.

The enterprise software giant said demand for AI computing capacity is accelerating rapidly as technology companies race to build and deploy generative AI systems. The surge in demand is helping to justify Oracle’s aggressive and debt-funded expansion into large-scale data centers designed specifically for AI workloads.

Investors reacted positively to the outlook, sending Oracle’s shares up about 8.3% in extended trading following the earnings announcement.

At the center of the optimism is the company’s remaining performance obligations (RPO), a key metric that measures the value of contracted revenue yet to be recognized. Oracle said RPO jumped 325% year-on-year to $553 billion in its third quarter. That figure surpassed analysts’ estimates of about $540.37 billion compiled by Visible Alpha and rose sharply from $523 billion reported in the previous quarter.

The scale of the backlog suggests Oracle has already secured long-term commitments from customers that will drive revenue growth for years. Executives said most of the surge in RPO is tied to large AI computing agreements involving companies building and operating advanced AI systems.

These contracts typically involve long-term commitments to rent large volumes of computing capacity from Oracle’s expanding network of data centers. Among the companies relying on Oracle’s infrastructure are leading AI developers, including OpenAI and major technology platforms such as Meta, both of which require enormous computing power to train and operate increasingly sophisticated AI models.

Oracle has been pouring billions of dollars into building and expanding data centers capable of hosting high-performance AI workloads. The strategy marks a significant shift for a company historically known for its enterprise database software.

Over the past several years, Oracle has repositioned itself as a cloud infrastructure provider, competing directly with hyperscale cloud platforms operated by Amazon through its AWS division and Microsoft through Azure. While those rivals dominate the cloud computing market, Oracle is attempting to carve out a niche by offering infrastructure optimized for large-scale AI training and inference workloads.

Industry analysts say the company’s growing backlog suggests the strategy is beginning to gain traction.

“Oracle’s quarter is a beat and a stress test result for the AI trade,” said Jacob Bourne, an analyst at eMarketer. “As the most debt-exposed major player in AI infrastructure, Oracle is the canary in the coal mine and this report suggests there’s underlying health in AI spending beyond the hype.”

Oracle’s heavy borrowing to finance new data centers has been a point of concern for investors. Building AI infrastructure requires enormous capital expenditures for facilities, power systems, and advanced chips.

However, the company said the large AI contracts already secured mean it does not expect to raise additional funds to support its current infrastructure expansion. That assurance helped calm fears that Oracle’s investment cycle might strain its balance sheet before generating meaningful returns.

The company also lifted its long-term financial outlook.

Oracle now expects revenue to reach $90 billion by fiscal 2027, well above analysts’ forecasts of $86.6 billion compiled by LSEG.

Executives believe demand for AI infrastructure will continue to expand as enterprises adopt generative AI technologies across industries ranging from finance and healthcare to manufacturing and retail.

On a call with investors, Oracle executive Clay Magouyrk said profitability in the company’s cloud business should improve significantly as AI infrastructure scales. Magouyrk explained that renting out high-performance chips supplied by partners such as Nvidia is expected to generate margins of around 30% to 40%.

But he noted that a significant portion of customer spending goes beyond raw computing capacity.

Between 10% and 20% of cloud customers’ spending typically flows into additional Oracle services, including the company’s core database products. Those offerings generate much higher profit margins, often ranging between 60% and 80%.

“When you combine all of these pieces together, the overall margin profile of Oracle Cloud Infrastructure continues to strengthen and grows rapidly,” Magouyrk said.

Oracle’s broader strategy also pinpoints the growing influence of artificial intelligence in software development itself.

On the earnings call, Oracle co-founder and executive chairman Larry Ellison addressed rising speculation that AI coding tools could reduce demand for traditional software vendors by allowing companies to generate their own applications.

Ellison argued that the opposite could happen for Oracle.

He said the company is embracing AI coding tools internally to enable smaller engineering teams to build sophisticated new applications more quickly.

“Thank God we have these coding tools now that allow us to build a comprehensive set of software — agent-based software to automate a complete ecosystem like healthcare, or financial services,” Ellison said.

“That’s why we think the ‘SaaS apocalypse’ applies to others but not to Oracle.”

The remarks highlight a broader shift taking place across the technology industry, where AI is not only creating demand for massive computing infrastructure but also reshaping how software itself is built and deployed.

Oracle’s financial results for the quarter also exceeded expectations.

The company reported revenue of $17.19 billion for the third quarter ended February 28, topping analysts’ average estimate of $16.91 billion.

Looking ahead to the current fiscal fourth quarter, Oracle forecast adjusted earnings between $1.96 and $2.00 per share, slightly above analysts’ expectations of $1.94. The company expects overall revenue growth of 19% to 21% in the fourth quarter, broadly consistent with analysts’ forecasts of about 20.2% growth to approximately $19.12 billion. Cloud revenue is expected to grow even faster. Oracle projected cloud sales growth of between 46% and 50%, close to analyst expectations of about 48% growth to nearly $9.98 billion.

The strong projections reinforce the idea that the infrastructure supporting generative AI is becoming one of the most powerful growth engines in the global technology industry.

As corporations and governments race to develop AI systems capable of automating tasks, generating content, and analyzing vast datasets, demand for the computing resources needed to run those models is exploding.

The latest results point to Oracle’s high-stakes gamble — investing billions to become a major provider of AI computing infrastructure — is beginning to deliver tangible financial returns. The company is expected to emerge as one of the most important infrastructure providers in the AI economy if the surge in spending continues.

NjiaPay Raises $2.1M Seed Funding to Improve Payment Reliability for African Businesses

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NjiaPay, an African fintech infrastructure company that helps online businesses manage and optimize payments across multiple providers, has raised $2.1 million in seed funding led by Newion.

The funding aims to address one of the biggest challenges in Africa’s digital payments ecosystem; unreliable payment routing.

Announcing the development, the company wrote, “Big news at NjiaPay today! We’ve just closed our $2.1M seed round led by Newion, and this isn’t just a funding milestone; it’s a mission to bring payment reliability to African businesses.”

The latest investment follows a previous $1 million+ funding secured in January last year, which was used to simplify payments for African businesses through AI-powered solutions, unified platforms, and streamlined payment service provider (PSP) integrations.

Founded in 2024 by Jonatan Allback, NjiaPay focuses on solving a persistent problem in African digital payments fragmentation. As businesses scale, their payment systems often become increasingly complex, involving multiple providers, inconsistent payment success rates, limited visibility into performance, and additional administrative burdens for internal teams. These challenges frequently lead to operational inefficiencies and lost revenue.

NjiaPay addresses this issue by providing a centralized infrastructure layer that connects businesses to multiple Payment Service Providers (PSPs) through a single platform. This system intelligently routes transactions to the most suitable provider while offering businesses clear visibility into payment performance.

In many emerging markets, especially across Africa, payment processing can be unreliable. Merchants often integrate with several providers like Paystack, Flutterwave, and Stripe.

But switching between them manually or managing multiple integrations is complex. NjiaPay solves this by providing smart routing and centralized control. For example, if one payment gateway is experiencing downtime, NjiaPay can automatically redirect the transaction to another provider with a higher success rate.

According to the company, the approach leads to fewer failed payments, improved checkout success rates, and better insights into revenue performance.

Rather than replacing payment providers, NjiaPay integrates across them, enabling businesses to retain flexibility while improving efficiency and decision-making around payments. The platform is designed to make payment management clear, reliable, and accountable for the revenue it influences.

NjiaPay’s infrastructure leverages intelligent routing, built-in redundancy, and advanced features such as fraud protection to deliver a seamless payment experience for merchants. The platform also offers centralized reporting and data management tools, helping businesses streamline operational functions, including customer support and finance.

By analyzing real-time payment data, the system uses artificial intelligence to select the most suitable payment provider and routing path for each transaction. This capability helps improve conversion rates and payment success rates for merchants.

In addition, NjiaPay simplifies the complexity associated with maintaining multiple integrations. Businesses can easily add secondary providers to ensure continuity in payment processing and minimize service disruptions.

The platform also includes Fraud Prevention and Dynamic 3DS capabilities, designed to reduce false positives while maintaining strong security standards and keeping chargeback rates low.

The company maintains that its mission is to make payments simpler by managing the complexity behind the scenes.

As Africa’s digital economy grows, businesses need infrastructure that ensures high payment success rates and better checkout experiences. NjiaPay positions itself as the “payment routing layer” for African e-commerce and digital businesses.