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Maraya, Ashar Valley – MV Synchronization and Reactor System

Maraya, Ashar Valley – MV Synchronization & Reactor Control System

Powering the world’s largest mirrored structure with smart control and stability.

 

Project Overview
Maraya, located in AlUla’s Ashar Valley, is a globally recognized architectural marvel and the largest mirrored building in the world. As a high-profile venue for concerts, events, and cultural gatherings, uninterrupted power and electrical stability are mission-critical. IPU SA was contracted to engineer and commission a custom MV Synchronization Control System that also manages shunt reactor logic to mitigate high capacitive reactance caused by the site’s extensive cabling.

 

Clients & Partners

  • Client: NESMA & Partners

  • Location: AlUla, Saudi Arabia

  • Completion: December 2022

  • Technology Partners: Schneider Electric, ComAp

 

Products & Solutions Provided

  • MV Synchronization Control Panels

  • MV Generator Control Integration

  • Reactive Power Compensation Logic

  • ComAp-based control for shunt reactors

  • Load balancing and power quality stabilization

  • Local and remote HMI for real-time operations

 

Technical Highlights

Component

Description

Network Complexity

High-reactance due to long cable runs

Reactor Control

Intelligent management of shut reactors via PLC/SCADA logic

Power Coordination

Synchronization of MV generators for load distribution

Stability

Protection logic to prevent system failure under harmonic stress

Operator Interface

Real-time diagnostics via SCADA and touchscreen HMI

 

Challenges & IPU SA Solutions

Challenge

IPU SA Solution

Excessive capacitive reactance from large cable network

Installed and programmed shunt reactor control for compensation

Risk of generator capacitor failure under reactive loads

Dynamic logic to adjust for live harmonic and load shifts

High sensitivity to downtime during events

Redundant control and protection layers for guaranteed uptime

 

Key Outcome

  • Optimized generator performance through reactive power control

  • Enhanced system stability despite complex cabling layout

  • Zero performance degradation under full load conditions

  • Delivered system meets Maraya’s world-class infrastructure standards

  • Reduced operational risk for public events and exhibitions

 

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