Project Overview

This commercial backup power solution was deployed for a data facility in Riyadh, Saudi Arabia, to ensure reliable 24/7 power supply and reduce dependency on the grid. The hybrid system integrates solar PV generation, battery storage, and backup diesel generators to provide continuous power for critical data operations while optimizing energy efficiency and lowering operational costs.

Challenges

The data facility faced several critical challenges:

• High reliability requirements for 24/7 data operations
• Unstable or limited grid supply during peak hours
• High energy costs and need to optimize electricity consumption
• Redundancy requirements for backup power in emergencies

Solution

A 20 MW photovoltaic system using 600W bifacial solar panels was installed to maximize solar energy production. Combined with battery storage and existing diesel generators, the hybrid microgrid intelligently manages energy flows:

• Solar energy is prioritized during daylight hours
• Excess solar energy is stored in batteries for peak or emergency demand
• Diesel generators provide backup in case of prolonged grid outages
• The system ensures continuous, uninterrupted power to mission-critical servers

This approach reduces reliance on grid electricity, optimizes operational costs, and enhances the facility’s energy security.

Results & Benefits

• Reliable 24/7 Power Supply: Continuous electricity for critical data operations
• Reduced Grid Dependency: Solar and battery storage reduce load on the grid
• Cost Optimization: Lower electricity bills and operational costs
• High-Efficiency Solar Generation: 600W bifacial panels capture direct and reflected sunlight for maximum energy yield
• Enhanced Sustainability: Reduced carbon footprint through renewable energy integration

Project Outcome

The Riyadh data facility now benefits from a robust hybrid backup power solution, ensuring mission-critical operations remain uninterrupted while significantly reducing energy costs and environmental impact. The project demonstrates the effectiveness of combining solar PV, bifacial panels, and storage with backup systems for high-reliability commercial facilities.