New images of huge data centre scheme released amid over 1,100 objections

watfordobserver.co.uk Jul 30, 2026

New images of huge data centre scheme released amid over 1,100 objections

Curated by Shubham · TechCapsules · Jul 30, 2026

AI-summarised brief · reviewed before publication

New computer‑generated images of a proposed £2 billion data centre have been added to Hertsmere Borough Council’s planning portal, illustrating Ark Data Centres’ plan to redevelop the former Mercure London Watford Hotel site off the A41. The design shows four large warehouse‑style buildings arranged around a central roundabout, occupying almost the entire 10‑acre plot. Alongside the visuals, the developer submitted a detailed design and access statement, arguing the facility is essential to support the exponential growth of digital traffic, citing figures such as Google processing over 40,000 searches per second and millions of daily transactions on major platforms. The proposal has already attracted more than 1,100 formal objections from local residents and interest groups, prompting a public consultation period under Hertsmere’s planning regulations.

💡 Why It Matters

· Community opposition highlights the tension between massive digital infrastructure projects and local land‑use priorities, forcing planners to balance economic ambition with resident concerns.

Capsules Data Centers

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New Sierra Club Reports Finds Wisconsin’s Dirty Power Generation Uses 1.34 Trillion…

A Sierra Club report titled Thirsty Power: Coal and gas will leave us high and dry estimates that Wisconsin’s fossil‑fuel power plants consume 1.34 trillion gallons of water each year. The study links this high water use to the state’s growing data‑center industry, which is driving demand for new gas plants. Sierra Club Wisconsin Director Elizabeth Ward warned that the combined water and energy strain threatens the state’s drinking water, recreation, and ecosystems. The report calls for halting new gas‑plant approvals to protect Wisconsin’s water resources.

💡 The findings expose a hidden cost of tech expansion—massive water depletion that could jeopardize local water supplies and wildlife habitats. This data underscores the urgent need for cleaner energy solutions in the region.

energy-storage.news · Jul 31

Thermal energy storage company 1414 Degrees secures 1GW data centre deal in…

Australian thermal‑energy‑storage firm 1414 Degrees has signed a head‑of‑agreement with an undisclosed AI data‑centre operator to build up to 1 GW of data‑centre capacity at the Aurora Energy Precinct near Port Augusta, South Australia. The operator receives exclusive rights to an initial 40‑hectare parcel within the 15.8‑km² site, which already hosts up to 900 MW of solar potential, a approved 140 MW/280 MWh battery energy storage system (BESS), high‑voltage grid connections, fibre and water infrastructure. Development will proceed in three phases: a 17 MW starter campus using an existing 33 kV link, a 200 MW anchor campus pending a 275 kV line, and a longer‑term path to the full gigawatt scale as renewable generation expands. 1414 Degrees will provide land, power and connectivity, while the data‑centre partner supplies capital and operational expertise, with definitive agreements to be negotiated for land access, behind‑the‑meter renewables, battery storage, grid connection and precinct services.

💡 The deal demonstrates a concrete model for pairing large‑scale AI workloads with renewable‑powered, modular data‑centre infrastructure, accelerating the shift toward carbon‑neutral high‑performance computing.

energy-storage.news · Jul 31

Veolia to operate 350MW microgrid for AI data centre in central Ohio

Environmental services firm Veolia has been selected to operate and maintain a 350MW microgrid powering an AI data centre campus in New Albany, Ohio. The facility, announced on 30 July, integrates gas engines, linear generators, and a 430MWh battery energy storage system to ensure 99.9% availability. Veolia will manage operations integration, commissioning, and long-term maintenance under a performance-based contract, creating 35-40 full-time jobs. This project follows closely after independent power producer Eolian began construction on the nearby 200MW Flint Grid battery storage project in Licking County. The microgrid addresses mounting grid interconnection delays, allowing developers to bypass average five-year queue times. While the specific data centre developer remains undisclosed, the initiative highlights central Ohio’s emergence as a hub for AI-driven energy infrastructure. Veolia’s involvement is part of its broader Data Centre Resource 360 offering, which also includes recent sustainable cooling partnerships with Amazon Web Services in Mississippi.

💡 This move bypasses the five-year average grid interconnection queue, allowing AI developers to accelerate deployment despite higher capital costs. It signals a strategic shift where private operators assume utility-scale responsibilities to secure reliable power for high-demand data centres.

spacenews.com · Jul 31

Rules of the road needed for orbital data center constellations

Industry and government experts convened at a Secure World Foundation panel to address safety protocols for emerging orbital data center constellations. With proposals ranging from tens of thousands to one million satellites, officials emphasized the urgent need for coordinated "rules of the road" in low Earth orbit. Ezra Feilden of Starcloud suggested adapting SpaceX’s Starlink best practices, noting that while Starlink operates safely with 10,000 satellites, larger constellations face exponentially higher collision risks. Feilden argued that satellites in non-intersecting dawn-dusk orbits could mitigate this, provided they all travel in the same direction. Without such coordination, head-on collisions become a severe threat. Jeff O’Neil of Planet compared proposed space traffic systems to global air traffic control. Meanwhile, the Office of Space Commerce is developing a voluntary certification system. Officials urged operators to adopt best practices immediately rather than waiting for regulatory mandates to ensure safe coexistence among massive satellite networks.

💡 The proposed scale of these constellations transforms low Earth orbit from a sparse environment into a dense traffic zone, making standardized directional protocols essential to prevent catastrophic collisions. Without immediate industry consensus on orbital "lanes," the risk of debris-generating accidents threatens to render critical space infrastructure unusable.

politico.eu · Jul 30

EU launches €30B push to build 7 massive AI data centers

The European Union officially launched a funding process for seven massive AI data centers, aiming to bolster Europe’s competitiveness in artificial intelligence. This initiative fulfills a commitment by European Commission President Ursula von der Leyen to help the region catch up in the global AI race. The plan involves supporting four smaller hubs, each equipped with 25,000 to 75,000 specialized AI chips, and three larger facilities powered by 40,000 to 100,000 chips. Winning bids will be selected by early next year, with an 18-month construction timeline. Public funding could reach €1 billion for smaller projects and €2 billion for larger ones, capped at 35 percent of total investment. Combined with private capital, the total investment is projected to hit €30 billion. The Commission has earmarked €1 billion initially, with a potential additional €4 billion from the next long-term budget, though this remains uncertain due to ongoing negotiations. This public-private partnership represents a significant step in securing European compute power.

💡 The strict 35 percent cap on public subsidies forces private investors to shoulder the majority of the financial risk, testing the viability of European AI infrastructure without excessive state aid. This structure determines whether Europe can sustainably compete with US and Chinese tech giants or if the project will stall due to funding gaps.

techradar.com · Jul 30

How silicon photonics lights the way for data centers

Global data center spending is projected to reach $7 trillion by 2030, driven by the massive capital and architectural investments required to scale artificial intelligence. Modern infrastructure struggles to support simultaneous cloud computing and AI surges, creating significant operational bottlenecks. Rising AI adoption increases demand for GPU density and bandwidth, which accelerates model training but generates excessive heat. Current electron-based data transmission is resource-intensive, consuming vast amounts of electricity, water, and rare materials. Consequently, the operational runway for existing data centers is shortening. Silicon photonics emerges as a critical solution, combining light with electrons to enable faster, more energy-efficient data transmission. Although photonics research spans over four decades, with integration potential identified in the 1980s, widespread adoption has been delayed. This technology addresses the limitations of traditional electronic systems, offering a pathway to scale GPU clusters and AI data centers effectively while mitigating cooling challenges and resource consumption associated with current computational methods.

💡 Silicon photonics directly tackles the physical limits of electron-based computing, offering a viable path to sustain AI growth without exhausting global energy and water resources.