alfanar Power Modules: Integrated Critical Power for Modern Data Centers
alfanar Power Modules: Integrated Critical Power for Modern Data Centers
Factory-tested, prefabricated infrastructure. Engineered to speed up data center deployment, secure uptime, and handle high-density power loads.
0%+
Market Share
Powering KSA's conventional data centers
0+ MW
Proven Capacity
Infrastructure delivered and under development
0Unit
Fully Integrated Power Train
MV, LV, UPS, and cooling delivered as a unified system
The rise of high-density AI computing is changing how we build power infrastructure. Traditional on-site construction struggles to keep up with today's aggressive deployment schedules. alfanar developed the Integrated Critical Power Solution to address this. We take the complexity of power distribution off-site, applying our 20 years of data center experience to deliver reliable power directly to the facility.

The Challenge: Speed, Scale, and System Reliability

Data center operators are working against tight constraints: faster deployment, heavier power loads, and zero tolerance for downtime.

Building and integrating power systems on-site means juggling multiple vendors, managing complex coordination, and dealing with extended construction timelines. This adds risk and complicates quality control. The goal was to standardize power infrastructure, cut down on-site labor, remove integration bottlenecks, and build a system that scales easily.

Our Approach: Engineered, Integrated, and Prefabricated

We moved the process from on-site construction to off-site manufacturing. Using our 15,000-square-meter facility in KSA, we build alfanar Power Modules as complete, ready-to-deploy units. Every component is engineered, assembled, and tested before shipping.

 

The system starts with the Medium Voltage Module, taking in up to 33kV and 4.5 MVA inside a fire-rated, IP65-protected enclosure. From there, the Low Voltage Module handles up to 3 MW per unit. 

The core LV Switchboard meets IEC 61439 Edition 3 standards, is internal arc fault tested, and built to withstand Richter 8 earthquakes.

 

For backup, the compact UPS systems support AI loads with up to 99% ECO-mode efficiency, alongside precision cooling units delivering over 300kW of capacity. Everything sits in customized, C5-rated enclosures built for harsh environments.

Core System Capabilities
FocusAreasWithIconPrefabricated Integration
FocusAreasWithIconSustainable Intelligence
FocusAreasWithIconLocalized Engineering

Inside the Module

Medium Voltage Infrastructure
Medium Voltage Infrastructure
Integrated with eco-friendly, dry-air insulated switchgear to deliver sustainable, high-efficiency power distribution.
Low Voltage Distribution
Low Voltage Distribution
Built around main distribution boards, ensuring resilient, safe, and localized power routing throughout the container.
Critical Power Backup
Critical Power Backup
Equipped with high-density Uninterruptible Power Supply systems to guarantee continuous, zero-downtime operations for critical loads.
Thermal Control System
Thermal Control System
Utilizes specialized precision cooling units engineered specifically to maintain optimal operating climates within high-density containerized environments.
Smart Automation & Monitoring
Smart Automation & Monitoring
Managed via intelligent telemetry, providing operators with real-time remote monitoring and predictive maintenance data.
The Results: Resilient Power, Delivered Faster

The Results: Resilient Power, Delivered Faster

Delivering a fully integrated, factory-tested module cuts project timelines and removes the guesswork from on-site integration. Operators get a scalable power foundation with hot-swappable UPS architecture, meaning maintenance happens with virtually zero downtime.

By using dry-air insulation and high-efficiency power conversion, the modules also help lower a facility's environmental impact. The end result is a localized, secure, and dependable power infrastructure built for modern mission-critical demands.