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A public general hospital in Kaduna State, Nigeria needed a practical solar power system to support healthcare rooms, emergency lighting, water supply equipment, communications, security systems and selected critical facility loads.
The project uses a ground-mounted solar PV array together with a containerized power system. WHC Power configured the project as a 100kW hospital solar power system with approximately 215kWh battery storage support, helping the site improve daytime solar use and backup capability during unstable grid periods.
The solution focuses on solar generation, system integration, backup power support and improved operational continuity for public healthcare services.
Project Background
Hospitals and public healthcare facilities need reliable electricity for daily operation. Lighting, consultation rooms, basic medical equipment, refrigeration, water pumps, communication systems and security devices can all be affected when grid power is unstable.
For this type of public facility, a solar power system with battery storage support offers a practical way to reduce diesel generator dependence while keeping selected essential loads protected.
Power Supply Challenges
The hospital required a power solution that could support daily medical services and public facility loads while reducing pressure from grid fluctuation and fuel-based backup generation.
The site also needed centralized electrical equipment for easier operation and maintenance. A containerized power room helps keep battery modules, inverter / PCS equipment and electrical protection devices organized in one controlled area.
Because healthcare service continuity is important, the system needed to support critical lighting, communications, water supply equipment, selected medical equipment and other essential facility loads.
WHC Power Solution
WHC Power provided a 100kW ground-mounted solar power system with approximately 215kWh battery storage support for the public hospital project.
During the day, the PV array helps supply building loads and charge the battery system. When grid power becomes unstable, the inverter / PCS and battery storage configuration provide backup support for selected hospital loads.
The complete solution includes PV system configuration, inverter matching, battery storage integration, electrical protection and project-level technical support, making it suitable for public healthcare and government infrastructure applications.
System Configuration
Solar Capacity: 100kW ground-mounted solar PV system
Battery Storage Support: approximately 215kWh lithium battery system
Inverter / PCS: 100kW hybrid inverter / PCS solution
System Type: Solar PV + battery storage support
Application: Public hospital power supply and critical load backup
Customer Type: Government healthcare facility / public hospital operator
Project Location: Kaduna State, Nigeria
Project Benefits
The solar power system helps the hospital improve electricity reliability for healthcare services, lighting, communications, water pumping, refrigeration and selected medical equipment.
Solar generation supports daily power demand and reduces diesel generator dependence, while battery storage support improves backup capability during grid instability.
The containerized system design also simplifies site installation, equipment protection and future maintenance, giving public healthcare facilities a scalable energy structure for long-term operation.
Why WHC Power
WHC Power supports commercial, industrial and public infrastructure customers with complete solar power system solutions, including PV configuration, inverter matching, battery storage integration, electrical system guidance and EPC project cooperation.
For hospitals, schools, government buildings, factories, telecom sites and other critical facilities, WHC Power can help develop practical solar power systems that support stable operation, backup power and long-term energy independence.
