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A hospital in Ibadan, Nigeria needed a practical solar power system for daily medical operation, ward lighting, office equipment, security systems, communication devices and selected backup loads.
The project combines rooftop solar generation with battery backup support, helping the hospital use more solar power during the day and maintain stronger operating reliability during grid interruptions or unstable voltage periods.
WHC Power delivered a 200kW rooftop solar power system with approx. 430kWh lithium battery backup configuration, supporting stable power supply and practical energy independence for the medical facility.
Project Background
Hospitals need dependable electricity for long operating hours and sensitive daily services. Lighting, refrigeration, communication systems, basic medical equipment, administrative offices and security devices can all be affected when grid supply becomes unstable.
For this project, available rooftop and outdoor installation areas provided useful space for solar PV deployment. By combining solar panels with battery backup support, the hospital can reduce grid dependence while keeping selected loads supported during short outages.
Project Challenges
The site required a power solution that could support daytime operation, improve backup capability and reduce the pressure caused by grid fluctuation.
The system also needed to fit within the hospital’s available technical space, support practical maintenance access and coordinate solar generation, battery charging, inverter output and selected backup circuits.
Because the project serves a medical facility, stable operation and serviceability were more important than simply increasing solar capacity.
WHC Power Solution
WHC Power supplied a 200kW rooftop solar power system with approx. 430kWh lithium battery backup configuration, hybrid inverter / PCS equipment, electrical protection devices and project-level commissioning support.
During daytime operation, the solar PV array helps power the hospital and charge the battery system. When solar output changes, grid voltage becomes unstable or selected loads need backup support, the system helps provide smoother power output.
The configuration supports centralized power management and makes the system suitable for hospitals, clinics, laboratories, public service buildings and other C&I applications that need reliable backup power.
System Configuration
Solar Capacity: 200kW
Battery Support: approx. 430kWh lithium battery backup configuration
Inverter / PCS: 200kW hybrid inverter / PCS solution
System Type: Rooftop solar PV system with battery backup support
Application: Hospital power supply, lighting, refrigeration, office equipment and selected backup loads
Project Location: Ibadan, Nigeria
Project Benefits
The system helps the hospital use solar power more effectively during daytime operation and reduce dependence on unstable grid supply.
Battery backup support improves power flexibility for selected loads and helps reduce the impact of short outages, voltage fluctuation and peak-load pressure.
The project also improves power reliability by combining solar generation, battery backup, hybrid inverter integration and electrical protection into one coordinated hospital energy solution.
Why WHC Power
WHC Power supports commercial, industrial and public-service customers with solar power systems, hybrid inverter solutions, battery backup configuration, electrical protection design and project-level technical support.
For hospitals, clinics, offices, factories, hotels, public facilities and other C&I sites, WHC Power can help build practical solar power systems that improve power reliability and make better use of available site resources.
