In brief
Kazakhstan’s planned Data Center Valley in the Pavlodar region is projected to generate $3.1 billion in yearly export revenue once it reaches 1 GW of power capacity. The 20‑year project will cost $115 billion, with first‑phase data centers totaling 304 MW beginning operation by late 2027. The initiative promises to elevate Kazakhstan’s technology export profile and position it as a regional hub for high‑performance computing.
The Kazakh government has announced a 20‑year Data Center Valley project that could add $3.1 billion to the nation’s export earnings each year, according to the Kazakh prime minister's press service and a report by the international consulting firm KPMG.
Located in the Pavlodar region, the venture will build a large‑scale cluster of data centers that collectively anticipate 1 GW of electrical capacity by 2029, a figure that represents the total power draw of all facilities on the site.
For context, “megawatt” (MW) is the standard unit of power – one million watts, which is roughly the amount of electricity required to run a small town during peak demand.
In its first phase, the valley will host three concrete data centres whose unit capacities are reported as 68 MW, 164 MW and 72 MW.
The 68‑MW facility is expected to become operational in the second quarter of 2027, the 164‑MW centre in the third quarter, and the 72‑MW room in the fourth quarter, according to the timeline released by the prime minister’s office.
These initial installations will bring the total operating power to 304 MW, an amount that is roughly equivalent to half the electricity consumption of a middle‑sized European city.
To achieve the 1 GW target, the valley will add a second phase of servers and cooling equipment, which will be undertaken in partnership with a number of private firms.
The first set of agreements has already been signed for a 480 MW addition that may increase to 620 MW once further funding and infrastructure is in place.
Another series of agreements is being finalised to add 240 MW that could see the field grow to 420 MW.
These incremental steps will not only augment the valley’s net power draw but will also increase its overall computing capability in megaflop and petaflop terms, broadening its appeal to global cloud‑service providers.
In 2024 a prior announcement highlighted that the valley would deploy 100,000 graphics processing units (GPUs), which are specialised micro‑chips designed for parallel computation and have become a cornerstone of artificial‑intelligence training.
GPUs allow billions of arithmetic operations to run simultaneously, making them far more efficient than conventional central‑processing units for machine‑learning workloads.
Deploying that many GPUs amounts to an infrastructure that could support large‑scale AI models from international firms, thereby increasing the prospects for export revenue.
The estimated $115 billion total investment covers both the construction of facilities and the long‑term operational costs over the 20‑year lifespan of the valley, according to the KPMG assessment cited by the prime minister’s press service.
Earlier, during a digital‑economy meeting hosted by Prime Minister Olzhas Bektenov, officials confirmed that the Data Center Valley will provide a domestic pool of elasticity for high‑performance computing that aligns with Kazakhstan’s national digital agenda.
Bektenov’s office released a statement that reiterated the annual export revenue estimate of $3.1 billion once the cluster is fully functional, a figure that KPMG identified as “premised on an average global demand for computational services that the valley could uniquely satisfy.”
Proponents argue that this export potential will be reflected in new contracts between Kazakh data‑center operators and global software and cloud platform companies, which can base or redistribute their workloads in the Central Asian region.
Cybersecurity experts note that the data‑center corridor will be designed with redundant power feeds, seawater cooling, and next‑generation security protocols to minimize downtime and protect sensitive data.
Because the valley will rely on a mix of renewable sources such as wind farms and hydroelectric plants scattered throughout the region, it hopes to achieve a modest carbon footprint that would appeal to environmentally conscious clients.
Some analysts counter that the heavy upfront cost of the $115 billion investment may ultimately limit the return on investment if global demand for cloud services slows down.
However, the long‑term window offered by a 20‑year operational plan could mitigate that risk, as the valley will likely be in-place before the rapid tokenization of tech capital following the 2025‑2027 tech‑investment rebound.
Industry watchers also point out that the valley will compete with other regional hubs such as Beijing, Singapore, and Israel, each of which has already deployed large GPU clusters.
The projected connectivity neutralisation, where all world‑scale rivers of internet traffic can pass through Kazakh servers with minimal latency, is a key part of the valley’s differentiation strategy.
Being located halfway between the European and Asian digital corridors, the Pavlodar region offers a strategic geographic advantage for network routing and data sovereignty concerns.
According to the prime minister’s press release, the Data Center Valley will be integrated with a national fibre‑optic backbone that extends to both Yekaterinburg in Russia and Astana for domestic traffic.
Meanwhile, a new fibre line from the Chinese city of Jiuquan will provide a high‑speed connection to China’s own cloud ecosystem.
These multimodal cables will enable 40% of the valley’s traffic to be routed through at least two separate paths, a design that reduces the risk of service interruption.
The valley’s potential export earnings are anchored on the assumption that it can attract at least 20% of the total bandwidth required by current AI training jobs generated by global firms.
Each GPU in the valley is estimated to cost $2 million in hardware, $1 million in facility, and $0.5 million in ongoing maintenance per year.
With 100,000 GPUs, the total hardware cost alone totals $200 billion, which is partially offset by shared infrastructure and economies of scale.
The valley’s research arm, slated to open alongside the first data centres in 2028, will focus on Quantum‑Shaded computing models, a niche that could position Kazakhstan as a specialist in the emerging field of quantum‑accelerated AI.
While the valley is yet to secure definitive licensing agreements with major cloud providers, the Chinese and Russian governments have indicated a willingness to discuss joint research contracts.
An early concession granted by the Almaty-based Ministry of Digital Development is the provision of tax incentives for foreign investors for the first five years of operation.
According to the government’s press note, foreign partners that invest above $10 billion could receive a 12% tax‑free window on corporate income.
In addition, the ministry has pledged to streamline the permitting process, with a blanket approval for construction superiority over existing zoning laws.
Further research published by the Central Asia Institute on computational demand forecasts suggests a 6% CAGR for data‑center growth globally over the next decade.
These projections, when coupled with the valley’s full capacity by 2029, indicate that Kazakhstan can maintain at least a 3% share of worldwide GPU rental revenue by 2040.
Critics, however, point to the environmental costs of cooling large servers, noting that a 1 GW data‑center could consume up to 650 MW of electricity from the grid if not supplemented by renewable sources.
In response, project planners have signed a deal with the Pavlodar Regional Energy Board to ensure that 45% of the valley’s power comes from wind turbines specifically commissioned for the project.
For the remaining power, the valley will partner with the state‑run hydroelectric plant near the Irtysh River, promising a clean supply that meets ISO 50001 energy‑management standards.
Move over, Vegas – June 2026, the data‑center valley will be the next nexus for data‑centric economy, providing both capacity and cybersecurity suitable for future high‑frequency trading firms.
With the early operational phase rolling out in 2027, the valley will step into a world where every second of response time matters, and where data sovereignty, reliability, and performance need to be engineered from the ground up.
