Yamna Digital Infrastucture

Develops,
Builds,
Owns,
and Enables

green digital infrastructure ready for future.

We combine deep expertise across renewable energy, large-scale infrastructure development, and digital infrastructure delivery with credible partners, enabling best-in-class hyperscale data centers where green power, high computing demand, and long-term value creation align.

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Power at the Core

Our expertise in digital infrastructure is underpinned by a dedicated green power strategy, ensuring access to resilient and low-carbon baseload electricity.

We integrate utility-scale renewable energy with battery energy storage (BESS) and back-up power, ensuring high availability while reducing carbon intensity and reliance on constrained grid connections.

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Designed for efficiency

Yamna’s data center campus will be engineered for high efficiency and operational excellence as IT load density increases, supporting next-generation AI and high-performance computing (HPC) applications.

Our design approach leverages:

  • Modular and repeatable architecture
  • Efficiency-led design (low-PUE focused)
  • Advanced, climate-optimized cooling technologies
  • Continuous performance and energy monitoring

Together, these principles enable superior energy performance, flexibility, and uptime across all phases of development and operation.

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Built to scale

Scalability is embedded from day one. Yamna develops data center campuses using a modular, phased delivery model, enabling capacity to grow in line with customer demand.

This approach allows for rapid expansion while maintaining consistent technical standards, availability, and sustainability performance across the entire campus, supporting hyperscale deployments without compromise.

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Speed to market

Speed to market is critical for digital infrastructure. Yamna’s development model is driven by strong local execution capabilities, deep regional knowledge, and established stakeholder relationships.

By combining on-the-ground expertise with global best practices in infrastructure delivery, we accelerate permitting, construction, and commissioning, bringing large-scale, green data center capacity ready for service with faster and greater certainty.

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No Question Left Unanswered

Green digital infrastructure refers to data center campuses powered by utility-scale renewable energy, integrated with battery energy storage systems (BESS) and backup power to deliver resilient, low-carbon baseload electricity. The goal is high availability alongside reduced carbon intensity and decreased reliance on constrained grid connections.

BESS stores surplus solar or wind energy and discharges it during periods of low renewable generation, enabling data centers to effectively run on clean power around the clock. In principle, a well-configured BESS can eliminate approximately 90% of power fluctuations from solar and wind output, providing the stable supply that critical IT systems require. It also reduces the need for carbon-intensive diesel generators as backup power.

Power Usage Effectiveness (PUE) measures how efficiently a data center uses energy. Modern AI-era data centers are targeting PUE below 1.2, achieved through liquid cooling, high energy optimization, and advanced thermal management strategies. Cooling alone typically accounts for 30–40% of total data center power consumption, making efficiency-led design critical.

Modular and repeatable data center architecture allows capacity to be added in phased increments that align with customer demand, avoiding the over-provisioning that wastes energy and capital. Demand for modular data center solutions surged 38% in 2026, and industry forecasts project modular facilities will comprise 30% of all new global compute capacity by 2030. This approach also reduces on-site construction waste by up to 70% compared to traditional builds.

AI and high-performance computing (HPC) servers operate at significantly higher power densities than traditional infrastructure, generating heat that conventional air cooling cannot efficiently manage. Liquid cooling solutions, such as immersion and cold-plate cooling, cut cooling energy use by 40–60% compared to air cooling, enabling sustainable operations at AI-scale loads. Climate-optimized and AI-managed cooling systems further reduce waste through real-time adjustment of cooling strategies.

Regulators worldwide, including the EU’s 2030 target of cutting greenhouse emissions by 40–55%, are applying increasing scrutiny to data centers given their surging electricity demand. In response, global hyperscalers and data center operators are increasingly committed to sustainability of their data center operations. By signing renewable PPAs, integrating BESS, and demonstrating measurable PUE improvements, green data center operators can satisfy regulators and secure expansion approvals more efficiently.