Project Background

A hospital in Kazakhstan relies on advanced medical diagnostic equipment such as CT and MRI systems, where power quality and continuity are directly linked to equipment reliability and patient safety. As medical services continued to expand, the hospital required a highly reliable power protection system to support critical loads and ensure uninterrupted operation of sensitive medical equipment.

Project Requirement

The hospital identified several key requirements for its power protection infrastructure:

• Support critical medical loads with an overall power demand of approximately 90kVA
• Ensure uninterrupted power supply with high power quality for sensitive diagnostic equipment
• Provide redundancy to minimize the risk of downtime and support continuous hospital operations
• Enable professional technical support and on-site verification to ensure long-term system reliability

Solution

Gottogpower supplied a modular UPS solution configured to support a critical medical load of approximately 90kVA. The system was designed with a modular architecture, allowing flexible configuration and future scalability while ensuring high availability through redundant power modules.

Beyond equipment delivery, Gottogpower provided comprehensive technical support. A senior technical engineer conducted an on-site visit in Kazakhstan to inspect the installed UPS systems, verify operating conditions, and perform detailed system checks. Precise adjustments and professional guidance ensured that the UPS system fully met the hospital’s operational standards and the stringent power requirements of medical diagnostic equipment.

Outcome

The modular UPS system has been operating stably, delivering clean, reliable, and uninterrupted power to critical medical systems. The solution effectively safeguards CT and MRI equipment from power disturbances, supporting continuous clinical operations and enhancing patient safety.

Through this project, Gottogpower demonstrated its capability to deliver dependable power solutions for healthcare applications, helping strengthen the reliability of hospital infrastructure and ensuring the continuity of essential medical services in Kazakhstan.