New Zealand's strategic position in the global compute build-out

01The demand: an infrastructure build-out without modern precedent

The companies building the digital economy are deploying capital into physical infrastructure at a scale rarely seen from private enterprise. Analysts at Dell'Oro Group project that global data-centre capital expenditure will approach one trillion US dollars in 2026, reaching roughly US$1.7 trillion by 2030.¹ Moody's Ratings separately expects spending by the largest hyperscalers alone to approach one trillion dollars by 2027, a sharp upward revision driven by sustained demand for compute capacity.²

To put the scale in perspective, this is the electricity-and-railways moment of the present century: a generational build-out of the foundations that the rest of the economy will increasingly run on. And, importantly, it is supply-constrained. The capital exists and is being committed. What is scarce is the physical capacity to absorb it.

02The constraint: the world is short of power, not capital

The single hardest input to secure is firm electricity, connected to a facility on a workable timeline. In the United States, the queue to connect a new project to the transmission grid has lengthened dramatically. An analysis by Lawrence Berkeley National Laboratory finds that the typical project reaching operation now spends close to five years in the interconnection process, up from under two years in 2008, with more generating capacity waiting in the queue than exists on the entire US grid today.³ For large new loads in congested regions, the effective wait can be longer still.

Equipment compounds the delay. The lead time on the high-voltage transformers a large facility needs has stretched from roughly two years before 2020 to around five years today; one analysis notes that electrical equipment is under ten per cent of a data centre's cost yet accounts for essentially all of the bottleneck.⁴ Gas turbines tell the same story: GE Vernova, a leading supplier, reports a gas-turbine order backlog of around 100 gigawatts and lead times of roughly three years, with production slots expected to be sold out through 2030.⁵

The market response to this scarcity is telling. Rather than wait years for a grid connection, developers are increasingly building their own on-site generation to move sooner - and much of that new capacity is gas-fired, locking in fossil fuels for decades.⁵ This is the gap New Zealand is positioned to fill, with a cleaner and cheaper alternative.

03New Zealand's endowment: firm, clean, baseload power

New Zealand sits on one of the most valuable energy endowments for this particular moment: abundant geothermal power that is renewable, available around the clock, and already proven over six decades. Installed geothermal capacity reached roughly 1,259 megawatts by the end of 2025, placing New Zealand fifth in the world for installed geothermal generation.⁶ Geothermal now supplies around a quarter of national electricity generation - 25.6 per cent in January 2026 - and unlike wind or solar it runs as steady baseload, at a capacity factor of about 85 per cent.⁷⁸ Overall, 85.5 per cent of New Zealand's electricity came from renewable sources in 2024.⁹

Crucially, there is substantial room to grow. Most capacity sits in the Taupō Volcanic Zone, where the resource base supports significant further development. Conventional resources alone offer an estimated 1,000 megawatts of additional developable potential in the North Island.¹⁰ Beyond that, New Zealand is one of very few countries able to reach deeper supercritical geothermal - superhot resources accessible at around four kilometres in the Taupō Volcanic Zone, with roughly three times the energy density of conventional wells. GNS Science and independent economic analysis put this at a further 2,000 megawatts, potentially meeting over a third of national energy needs by 2050.¹⁷ The Government's 2026 geothermal strategy, From the Ground Up, is built around unlocking exactly this resource.¹⁸ Nearer term, the conventional pipeline is already moving: Contact Energy's 101 MW Te Mihi Stage 2 is due to commission in 2027, following 174 MW at Tauhara and further additions at Te Huka, Ngā Tamariki and Kawerau in 2024 and 2025.⁷ This is precisely the clean, firm baseload the global build-out is short of.

04The speed advantage

Because New Zealand's geothermal generation is concentrated and developable, a facility can be sited directly beside it and draw power behind the meter - sidestepping the transmission interconnection queue that drives the multi-year delays seen overseas. This is the clean equivalent of the on-site generation that US developers are now turning to, but firmer, cheaper, and renewable.

The consenting pathway is fast as well. New Zealand's Fast-track Approvals Act has compressed timelines that previously ran for years: when Genesis Energy took its Tekapo scheme through the process, approval followed in just 80 days after a panel was appointed, with appeals limited to points of law.¹¹ The mechanism is already being used for the energy and digital infrastructure this argument concerns.

The proof of concept exists on the ground. The Datagrid facility in Southland - consented through multiple local authorities and set to become the country's second-largest electricity user after the Tiwai Point smelter - is being built beside existing transmission, with its own substation and grid-exit-point upgrade, drawing on nearby Manapōuri hydro and a new subsea cable to Australia.¹² It demonstrates both the demand and the model. What it has not had is a national strategy behind it.

05The unfair advantage: Crown ownership

Here New Zealand has something almost no other developed nation possesses. The Crown holds a 51 per cent controlling stake in three of the four major electricity generators - Meridian, Mercury and Genesis - and owns 100 per cent of Transpower, the national grid operator, as a state-owned enterprise.¹³ Together these companies generate the overwhelming majority of the country's electricity and control the transmission system end to end.

This means the build-out of generation and transmission need not be left to fragmented private interests. It can be directed, deliberately, as a matter of national decision. The Government has already ruled out selling these stakes - collectively worth more than NZ$13 billion - and has said it will instead explore collaboration and co-investment in the sector.¹⁴ The lever is not only available; the Government has signalled it intends to use it. No other country with this opportunity also holds these controls. It is New Zealand's single greatest structural advantage, and at present it is underused.

Reliable and affordable energy is key to New Zealand's prosperity, and will increasingly determine our ability to compete in the global economy. - Finance Minister, launching the October 2025 Energy Package

06The real bottleneck: prepare ahead, or build reactively

Granting that local consent and private capital are both available - and they are - the binding constraints reduce to firm generation, grid connection, and global equipment lead times. None of these is unique to New Zealand, and the equipment floor applies everywhere on earth. What New Zealand controls is whether a project arrives to find the generation and connection already in place, or has to assemble them from scratch.

That single choice sets the timeline. A facility sited beside existing geothermal, with a connection-ready site and generation already consented, faces only the global equipment and construction floor - on the order of two to two and a half years to first meaningful capacity, competitive with anywhere and faster than the US grid-queue route. A greenfield site that must wait on new generation, a new grid-exit point and fresh transmission stacks the national constraints on top of that floor, pushing the timeline to four to five years - by which point the capital has gone elsewhere.

The Government's October 2025 Energy Package already contains the relevant instruments. It introduces tools to reduce sovereign risk for investors - indemnities, co-investment and public-private partnerships - alongside streamlined connection processes and faster consenting. Initially aimed at gas and firming, these mechanisms can be pointed at clean generation and connection-ready sites for this build-out.¹⁵¹⁶

07The window, and what it requires

This opportunity is real but time-limited. The capital is being allocated this decade, and once these facilities are sited they remain for a generation. The countries that move first will anchor the investment, the energy build-out, and the strategic capability that follows. Three decisions stand between New Zealand and a share of it.

• 1Treat it as nationally strategic.Give the build-out of clean generation and the digital infrastructure it powers explicit political priority and a guaranteed, fast pathway to delivery.
• 2Ready the supply ahead of demand.Direct the state's gentailers and Transpower to prepare firm geothermal generation and connection-ready sites before investors arrive, using the co-investment and risk-sharing tools the Government has already created.
• 3Take it to the world.Package these connection-ready sites and present New Zealand to global investors as the fastest clean route to new capacity anywhere - while the capital is still being committed.

New Zealand will not pay for this infrastructure. What it costs is a decision; what it returns is a generation of abundance.