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A telecom infrastructure operator in Nigeria needed a reliable solar power system for a remote communication site. The site required continuous electricity for telecom equipment, monitoring devices, lighting, cooling support and selected auxiliary loads.
WHC Power designed a 100kW commercial solar power system with approx. 215kWh energy storage support to improve daily power reliability and reduce diesel generator dependence.
The project integrates ground-mounted solar PV, energy storage support, inverter / PCS equipment, electrical protection and backup generator coordination into one practical power solution for remote infrastructure operation.
Project Background
Remote telecom sites often operate in weak-grid or off-grid environments. Power interruption can affect communication service, monitoring equipment and site security, while long-distance fuel delivery can increase operating pressure.
For this project, the available open land made a ground-mounted solar PV system suitable for daily power generation. The technical room provided space for power conversion, energy storage integration, electrical protection and system control equipment.
Project Challenges
The project needed to support stable operation for critical telecom loads while reducing the runtime of the existing diesel generator.
The customer also required a system that could handle daytime solar generation, evening power demand and backup support during grid instability. In a remote environment, the solution had to be easy to manage, practical for maintenance and suitable for long-term infrastructure use.
WHC Power Solution
WHC Power supplied a complete C&I solar power solution combining a 100kW ground-mounted solar PV system, approx. 215kWh energy storage support, inverter / PCS equipment, protection devices and project integration guidance.
During the day, the solar PV system helps supply telecom equipment and charge the energy storage system. When solar generation is lower or the grid is unstable, stored energy can support selected critical loads and reduce generator operation.
The generator remains as an additional backup layer, while the solar power system improves the site’s energy independence and reduces daily reliance on diesel power.
System Configuration
Solar Capacity: 100kW
Energy Storage Support: approx. 215kWh
Inverter / PCS: 100kW hybrid inverter / PCS solution
System Type: Ground-mounted solar PV + energy storage support + backup generator coordination
Application: Remote telecom infrastructure power supply
Customer Type: Telecom infrastructure operator
Project Location: Nigeria
Project Benefits
The system helps the telecom site use solar power during daily operation and reduce diesel generator runtime.
Energy storage support improves power reliability for telecom equipment, monitoring systems, lighting and selected auxiliary loads.
The integrated solar power solution helps lower operating cost exposure, reduce fuel logistics pressure and improve energy independence for remote infrastructure.
By combining solar PV, storage support, power conversion equipment and project integration, WHC Power provides a practical commercial solar solution for weak-grid and remote-site applications.
Why WHC Power
WHC Power supports commercial and industrial customers with complete solar power system solutions, including solar PV configuration, inverter / PCS integration, energy storage matching, electrical system design support and EPC project cooperation.
For telecom sites, factories, hotels, schools, hospitals, warehouses and public infrastructure projects, WHC Power can help build reliable solar power systems that support stable operation, energy cost control and long-term project value.
