High-power compute infrastructure designed for sustained, high-density workloads. Ark enables AI and HPC environments to scale with confidence through resilient design, advanced cooling and long-term operational certainty.
Get in touch with our team for further details via this form or speak to us today on 0845 389 3355
High-Power Computing (HPC) and AI workloads demand more than simply adding power. They require reliably sustained high rack densities, efficient heat removal, and a robust design that delivers predictable performance for demanding load. At Ark, we provide high-power compute environments for modern AI and HPC platforms while maintaining security, availability and long-term adaptability.
Ark’s campuses are purpose-built for high-density compute at scale, with power architecture, cooling strategy and structural resilience engineered in from the outset. This enables faster deployment, clear capacity expansion as requirements grow, and consistent operational performance as technologies evolve. Advanced cooling solutions maintain stable thermal conditions while reducing wasted energy supporting higher utilisation with lower risk.
Explore our technologies, Liquid cooled, Indirect Air Cooled, Direct Air Cooling.
Whether you’re training AI models, scaling inference, or running HPC research and enterprise analytics, we provide the secure, resilient data centre foundation you need to deploy with confidence and scale efficiently.
Learn more about Ark.
Get in touch with our team for further details via this form or speak to us today on 0845 389 3355
High-performance computing (HPC) refers to systems that process large, complex workloads - such as AI model training, scientific research, and enterprise analytics - at speeds far beyond standard IT infrastructure. These workloads draw sustained, high levels of power and generate significant heat, so they require purpose-built facilities with advanced cooling, high-density power architecture, and resilient design built in from the start.
Ark supports multiple cooling approaches depending on workload requirements, including liquid cooling, indirect air cooling, and direct air cooling. These solutions are engineered to maintain stable thermal conditions under continuous, high-density load - reducing wasted energy and supporting higher utilisation with lower operational risk.
Yes. Ark's campuses are purpose-built for the sustained rack densities that AI training and inference demand. Power architecture, cooling strategy and structural resilience are all engineered in from the outset, enabling consistent performance as technologies evolve and requirements scale.
Sustainability is designed into Ark's infrastructure rather than bolted on. Advanced cooling solutions reduce energy waste while supporting high utilisation, and the facilities are built to operate efficiently at scale. Resilience and responsible energy use are treated as complementary - not competing - priorities.
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