How Bulk Infrastructure Secured a 10-Year Hydropower Deal

When CoreWeave chose Bulk Infrastructure's N01 campus in Vennesla to deploy an Nvidia GB200 NVL72 cluster, it signaled something significant: hyperscalers aren't just shopping for rack space anymore. They're shopping for power — reliable, renewable, and locked in for the long haul. Bulk's newly signed hydropower agreement with Å Energi is exactly the kind of move that makes a data center operator worth choosing over the competition.

The Deal, Stripped Down

The agreement is a 10-year Power Purchase Agreement under which Å Energi will supply Bulk Infrastructure with 80 GWh of renewable energy annually. The power source is the Øygard hydropower plant in Åseral, Norway — a facility that doesn't exist yet. Construction breaks ground later this year, with operations expected to begin in 2029. When fully operational, Øygard will generate 112 GWh per year. Bulk is contracting 80 GWh of that output, which means they're effectively absorbing roughly 71% of the plant's entire annual production.

That's not a typical energy procurement. That's a bet on a project before the concrete is poured.

Delivery is structured through guarantees of origin — certificates that verify an equivalent volume of energy was produced from a specific renewable source. It's a well-established mechanism in European energy markets, but it's worth understanding what it means in practice: Bulk won't necessarily receive electrons directly from Øygard turbines, but the accounting framework ensures the renewable attribution is credible and auditable.

The willingness to sign a decade-long agreement tied to a plant still under development tells you everything about how seriously Bulk is taking long-term energy security.

Why This Move Makes Strategic Sense

N01 is not a small-scale facility. The campus covers 300 hectares and sits adjacent to the largest transformer station in Europe, with three subsea cables and four terrestrial fiber routes terminating on-site. Bulk has 400 MW of power secured there, with a roadmap to 1 GW. A 12 MW facility launched in 2023. A 42 MW expansion broke ground in January 2024. In November 2025, the company closed a €410 million senior secured loan to keep development moving.

That trajectory creates an energy appetite that only grows. Signing an 80 GWh annual contract now — before Øygard is operational — locks in a known cost and a known source at a moment when Norwegian power markets are under mounting pressure from industrial and digital demand alike.

Å Energi's CEO Steffen Syvertsen made the commercial logic explicit: the Bulk agreement "increases predictability and strengthens the profitability" of the Øygard project. That's not diplomatic language. That's a power producer acknowledging that long-term offtake agreements are increasingly what makes infrastructure investment viable. Without demand certainty, financing large hydro projects becomes materially harder. Bulk's commitment is, in effect, helping to finance the construction of its own power supply.

This is the rarely discussed upstream dynamic of data center energy procurement: large operators don't just consume power; they enable it.

What This Means for Data Center Energy Strategy

The broader data center industry has spent years wrestling with the gap between sustainability commitments and operational reality. Renewable energy certificates and market-based instruments often draw skepticism — critics argue they can obscure rather than resolve actual grid emissions. Guarantees of origin, properly structured, sit closer to the credible end of that spectrum, particularly when tied to new-build assets like Øygard rather than existing generation capacity.

That distinction matters competitively. Customers evaluating data center operators — especially hyperscalers and AI infrastructure companies with their own ESG obligations — are increasingly sophisticated about what "100% renewable" actually means. A 10-year PPA tied to an additionality-qualifying hydropower plant is a stronger claim than purchasing certificates from legacy assets.

Norway's hydropower system gives Bulk a structural advantage that operators in Germany, the Netherlands, or even the UK simply cannot replicate. Hydro provides dispatchable, storage-capable renewable power — it's not intermittent like wind or solar, and it can be ramped up or down to meet demand. For a campus targeting 1 GW of total capacity, that reliability profile is genuinely differentiated. A solar-heavy renewable portfolio might look clean on paper; hydropower in Norway actually delivers consistent baseload.

The N01 campus's proximity to major fiber infrastructure compounds the advantage. Power and connectivity together — not just one or the other — is what makes a data center location credible for latency-sensitive AI workloads. CoreWeave's selection of N01 for an NVL72 cluster deployment validates that the combination works.

Å Energi's Position in This Picture

It's worth understanding who Å Energi actually is. Formed in 2022 from the merger of Agder Energi and Glitre Energi, the company operates more than 70 hydroelectric plants with roughly 2.4 GW of installed capacity. Øygard will be a significant addition to that portfolio — and Bulk's offtake agreement is what makes the business case work at this stage of development.

For Å Energi, this PPA is infrastructure finance dressed as an energy contract. For Bulk, it's supply chain security dressed as sustainability. The language from both CEOs reflects this dual nature: Bulk's Jon Gravråk framed the agreement as "contributing to the development of the Norwegian energy system," which is accurate — but it also happens to secure competitive advantage for a company that needs predictable, renewable power at scale for decades.

That alignment of incentives is what makes deals like this durable. Neither party is doing the other a favor.

A Blueprint Worth Studying

The Bulk-Å Energi structure points toward a template that other data center operators should be watching closely. Pre-committing to offtake from a not-yet-built renewable asset requires confidence in your own demand projections, balance sheet strength, and a clear view of where energy markets are heading. Not every operator can do it — but those that can are quietly gaining control over a resource that will define competitive positioning in European digital infrastructure for the next decade.

The Øygard plant comes online in 2029. By then, AI infrastructure demand will have reshaped the economics of European power markets in ways that are still being underwritten. Bulk will be sitting on a contracted renewable supply at costs negotiated before that pressure fully materialized.

That's not just good energy management. That's competitive strategy.

[INTERNAL LINK: Bulk Infrastructure's Energy Strategy]

[INTERNAL LINK: Hydropower in Norway]

[INTERNAL LINK: Data Center Sustainability Trends]

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