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A major Emirati telecommunications and cloud service provider is developing one of the most advanced Tier-ready data centers in the Middle East. Dual-feed redundant electrical architecture supplied from an 11 kV utility grid AG Engineering selected ETAP’s Digital Twin-based SCADA and Power Monitoring System to support full-lifecycle design, operations, optimization, and operator training on a unified platform.
AG Engineering and Power Contracting (AGEPC) is a specialized building services company that Enhances Life with Building Services. It offers reliable, sustainable, and innovative engineering services to the building and infrastructure industries, maintaining the highest quality standards, health, safety, and environmental protection. An AG Engineering and Power team has designed and delivered numerous regional data centers.
Location: Al Muteena, Deira, United Arab Emirates
Year: 2021
To build the largest and state-of-the-art Data Center in the Middle East
Managing a facility of this scale required overcoming critical constraints:
Unified SCADA + Training Simulator. A single system capable of providing real-time operations and virtual training for operators.
Reduce operating costs & improve energy efficiency. Especially at rack-level, where most electrical consumption occurs.
Guarantee 24/7 Availability. Redundant monitoring, predictive insights, and instant response to anomalies.
Integrate multi-vendor ecosystems. Switchgear, generators, UPS systems, PMUs, BMS, HVAC, and various third-party field devices.
Protect all electrical assets. Through early fault detection, equipment health monitoring, and real-time decision support.
Which solutions did they choose?
The digital twin enables a comprehensive suite of real-time functions:
Event playback. Reconstruct disturbances, analyze operator actions, and replay sequences for training.
Network topology processing. Live visualization of electrical connectivity, impedance, loading, and breaker status.
State & load estimation. Telemetry-driven estimation of bus voltages and phase angles for operational accuracy.
Real-Time load flow. Continuous power flow, voltage, current, and network health analytics.
Real-Time short circuit analysis. Dynamic evaluation of three-phase, L-G, and L-L faults under live operating conditions.
Switching management. Create, simulate, validate, and execute switching procedures safely.
Why do they use ETAP?
1. End-to-end visibility across the entire electrical network
Operators gain a live digital representation of all generators, switchgear, transformers, UPS systems, and cooling equipment.
2. Intelligent, unified platform
SCADA + power monitoring + digital twin in one system reduces complexity and improves decision-making.
3. Significant OPEX reduction
Optimized loading, predictive analytics, and streamlined operations lower the cost of ownership.
4. High reliability & improved uptime
Redundant network architecture, real-time analytics, and predictive insights enhance resiliency.
5. Advanced operator training
The digital twin enables simulation-based training without risk to live systems.
6. Seamless multi-vendor integration
ETAP interfaces with all field devices across the facility, regardless of manufacturer.
7. Customizable, operator-centric HMI
What do they think about ETAP?
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