Institution
Institution
Case Study: Cost-Effective and Reliable Power Solution for a Large Computer Lab
Eliminating Diesel Dependency and Protecting Systems in a 200-Computer Lab
A scalable and efficient UPS solution designed to handle frequent power cuts, reduce operational costs, and ensure uninterrupted examinations.
Client Snapshot
- Industry: Education
- Facility: Computer Lab (200+ Systems)
- Location: Institutional Setup
- UPS Capacity: 50kVA Online UPS
- Backup Time: 30 Minutes
The Challenge
A large educational institution operating a computer lab with over 200 systems was facing significant operational and financial challenges due to frequent power cuts and poor input power quality.
The unstable supply led to:
- Regular hardware failures, including SMPS and motherboards
- Increased maintenance costs and frequent system downtime
- Disruptions in classes and practical sessions
During examination periods, the situation became critical. To ensure continuity, the institution relied entirely on diesel generators for 3-hour examination sessions, resulting in:
- High diesel expenses running into thousands per session
- Operational dependency on fuel availability
- Noise and maintenance challenges during exams
Additionally, with plans for future expansion, the institution required a system that could handle increased load without immediate reinvestment.
Solution Provided
We deployed a 50kVA high-efficiency Online UPS system with a 30-minute backup, designed to provide reliable and scalable power support.
Key Features of the Solution:
- High efficiency design, reducing power losses during extended operation
- High output power factor, enabling the UPS to handle higher loads within the same capacity
- Advanced protection against input faults, voltage fluctuations, and disturbances
- Centralized backup solution replacing multiple small UPS systems
Why This Solution Was Effective
- The UPS provided instant and uninterrupted backup during power cuts, ensuring smooth operation of all 200 systems
- The 30-minute backup window eliminated dependency on diesel generators for most interruptions, significantly reducing fuel costs
- High efficiency reduced overall power consumption during long operational hours
- High power factor enabled the institution to accommodate additional systems without immediate upgrade
- Protected systems from input-related faults, minimizing hardware damage
Key Highlights
- Centralized backup for 200+ systems
- Significant reduction in diesel usage during examinations
- Scalable solution for future expansion
- Improved protection against input power issues
Results
- Smooth and uninterrupted examination sessions
- Significant reduction in diesel expenses
- Decrease in system failures and maintenance costs
- Improved uptime and operational eƯiciency
- Reliable and scalable power infrastructure
Conclusion
By implementing a 50kVA high-eƯiciency UPS system with adequate backup, the institution was able to transition from a cost-heavy, generator-dependent setup to a reliable and eƯicient power infrastructure. The solution ensured uninterrupted academic operations while delivering long-term cost savings and scalability.