Reliable Hybrid Energy Storage Solution for Qamar Hospital, India

Location

Azamgarh, Uttar Pradesh, India

Inverter&Battery

2 × Sunways STH-8KTL-LS Hybrid Inverters

Sunways STE-MS5 Battery Storage System

Application

Hospital & Healthcare Facility

Qamar Hospital Hybrid Energy Storage Project
Horse Farm Solar Storage Project in Gujarat, India

Case Background

Qamar Hospital, located in Azamgarh, Uttar Pradesh, serves as an important healthcare facility where continuous power availability is essential for daily medical operations. To improve power reliability and ensure uninterrupted operation of critical equipment, the hospital deployed a Sunways hybrid energy storage solution based on parallel hybrid inverters and battery storage.

The system provides stable backup power during grid outages and voltage fluctuations, helping the hospital maintain reliable operation while reducing dependence on conventional backup generators.

Challenges

Reliable Power Is Critical for Healthcare Facilities

Hospitals require uninterrupted electricity to support essential medical equipment, including operating rooms, intensive care units (ICUs), laboratory systems, imaging equipment and hospital information systems.

However, the project site faced several challenges:

Frequent Grid Fluctuations

The local grid experiences voltage instability and power quality issues, especially during peak demand periods.

Critical Loads Cannot Tolerate Power Interruptions

Even short-term power interruptions can affect medical procedures, equipment performance and patient safety.

Conventional Backup Systems Have Limitations

Traditional diesel generators often involve delayed startup, high operating costs and ongoing maintenance requirements, making them less suitable for frequent power disturbances.

Sunways Solution

Parallel Hybrid Inverter System for Continuous Power Supply

To address the hospital’s power reliability requirements, Sunways designed a hybrid energy storage solution featuring parallel inverter operation and intelligent energy management.

System Configuration

  • 2 × Sunways STH-8KTL-LS Hybrid Inverters
  • Parallel Operation Mode
  • Master-Slave Configuration
  • Single Bus Bar Battery Connection
  • Battery Energy Storage Integration
  • Automatic Backup Power Switching

The parallel architecture enables intelligent load sharing between the two hybrid inverters while increasing system capacity and redundancy. During grid failures or voltage fluctuations, the battery storage system works seamlessly with the hybrid inverters to provide stable and uninterrupted power to critical hospital loads.

Solution Highlights

Parallel Hybrid Architecture

Dual hybrid inverters operate in parallel, increasing system reliability, flexibility and power availability for critical applications.

Intelligent Load Sharing

The master-slave control structure automatically balances power output between inverters, ensuring efficient system operation.

Reliable Backup During Grid Failure

When utility power is unavailable, the system automatically supplies backup power to critical hospital equipment.

Stable Output During Grid Fluctuations

The hybrid system maintains stable voltage and power quality, protecting sensitive medical equipment from grid instability.

Scalable Design for Future Expansion

The architecture allows future system expansion to accommodate growing energy demands.

Sunways STH-8KTL-LS Hybrid Inverter
Sunways STH-8KTL-LS Hybrid Inverter

Featured Product

Sunways STH-8KTL-LS Hybrid Inverter

The project utilizes the Sunways STH-8KTL-LS low-voltage hybrid inverter, designed for residential and light commercial energy storage applications requiring reliable backup power and intelligent energy management.

  • IP66 Protection
  • 160% PV Oversizing
  • 110% AC Overload Capability
  • Parallel Operation Support
  • Smart Energy Management

Project Benefits

Delivering Reliable Energy for Healthcare Infrastructure

By implementing the Sunways hybrid energy storage solution, Qamar Hospital achieved:

  • Enhanced power reliability for critical medical operations
  • Reduced risk of equipment downtime caused by grid instability
  • Continuous operation of essential healthcare loads during outages
  • Improved energy utilization efficiency
  • Reduced dependence on diesel generators
  • Greater flexibility for future energy system expansion

Conclusion

Reliable Energy Support for Critical Healthcare Operations

For hospitals and healthcare facilities, power reliability is directly linked to operational continuity and patient safety.

Through the deployment of a Sunways parallel hybrid inverter and battery storage system, Qamar Hospital has established a reliable backup power infrastructure capable of supporting critical medical loads during grid disturbances and outages.

This project demonstrates how Sunways Hybrid Energy Storage Solutions can help healthcare facilities improve energy resilience, enhance operational reliability and build a more sustainable energy future.

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