BTS Site MTN Nigeria

MTN Nigeria – BTS Solar Hybrid Power Deployment

MTN Nigeria – BTS Solar Hybrid Power Deployment

Solar hybrid power deployment across 163 telecom sites to optimize energy consumption, reduce generator dependency, and support sustainability objectives.

Solar hybrid power deployment across 163 telecom sites to optimize energy consumption, reduce generator dependency, and support sustainability objectives.

Project Scope

Solar and hybrid power solutions, battery storage, power systems, remote monitoring, installation, commissioning, and after-sales support across 163 sites.

Client

MTN Nigeria

Year

2026

Region

West Africa

The Challenge

Challenge Heading: Optimizing Energy Consumption Across 163 Sites

MTN Nigeria aimed to optimize energy consumption across its telecom network while transitioning to a cleaner and more cost-effective power model. Reducing reliance on diesel generators, improving energy efficiency, and maintaining a stable power supply across geographically distributed sites were key priorities. The project required a tailored approach capable of addressing the specific energy demand and available power sources at each location while supporting the client’s wider sustainability objectives.

The Solution

Solution Heading: Tailored Solar Hybrid Power Solutions

IPT PowerTech deployed a customized solar hybrid power solution across 163 MTN Nigeria telecom sites, adapting each configuration to its energy load and available power sources. The solution integrates solar panels, battery storage, power systems, and a Remote Monitoring System (RMS) to optimize energy use and improve operational visibility. IPT PowerTech managed the complete project lifecycle, from equipment supply and installation to commissioning and ongoing after-sales support. The integrated approach combines renewable energy generation with battery storage and remote monitoring to reduce dependence on diesel generators while maintaining reliable power for telecom operations. RMS enables remote tracking of site performance and supports proactive maintenance through improved visibility into system status and potential faults.

IPT PowerTech BTS Nigeria MTN

IPT PowerTech BTS Nigeria MTN solar Panel

IPT PowerTech BTS Nigeria MTN

IPT PowerTech BTS Nigeria MTN solar Panel

IPT PowerTech BTS Nigeria MTN
IPT PowerTech BTS Nigeria MTN Orion

IPT PowerTech BTS Nigeria MTN Orion

IPT PowerTech BTS Nigeria MTN Orion

IPT PowerTech BTS Nigeria MTN Orion

IPT PowerTech BTS Nigeria MTN Orion
IPT PowerTech BTS Nigeria MTN

IPT PowerTech BTS Nigeria MTN

IPT PowerTech BTS Nigeria MTN

IPT PowerTech BTS Nigeria MTN

IPT PowerTech BTS Nigeria MTN

Results

Results Heading: Lower Generator Dependency and Smarter Energy Management

The deployment supports more efficient energy consumption across all 163 sites, reducing generator runtime and fuel consumption by increasing the use of solar energy and battery storage. The hybrid configuration is designed to maintain a stable power supply, while RMS enhances operational visibility, supports proactive maintenance, and enables faster fault detection. By integrating renewable energy into its telecom infrastructure, MTN Nigeria is also advancing its sustainability objectives and reducing the carbon footprint associated with site power generation.

IPT PowerTech BTS Nigeria MTN
IPT PowerTech BTS Nigeria MTN
MTN BTS Site

Smarter energy starts with smarter systems

Empowering Critical Infrastructure With Smarter Greener Energy

Contact

+961 1 992525

info@iptpowertech.com

IPT PowerTech Group BCD, Omar Daouk Str.,
Daouk Building, 1st floor P.O. Box 113-5300 Beirut - Lebanon

© 2025 IPT PowerTech Group. All rights reserved.

Empowering Critical Infrastructure With Smarter Greener Energy

Contact

+961 1 992525

info@iptpowertech.com

IPT PowerTech Group BCD, Omar Daouk Str.,
Daouk Building, 1st floor P.O. Box 113-5300 Beirut - Lebanon

© 2025 IPT PowerTech Group. All rights reserved.