Acel field engineer in safety gear standing beside a solar panel array and microwave dish installation at a remote site in Ethiopia
Our Work

Case Study

Solar Power for Remote Communications in Ethiopia

Solar power integration, field installation, commissioning and site verification supporting critical remote-site connectivity

Location

Ethiopia

Service

Power Solutions

Scope

Solar integration & commissioning

Outcome

Independent off-grid power, operational

Acel field engineer in high-visibility vest and hard hat standing beside a ground-mounted solar panel array integrated with a microwave communications mast at a remote site in Ethiopia
Solar panels and communications equipment integrated at a remote site in Ethiopia — field installation and commissioning by Acel

The Challenge

Remote communications sites require dependable power even where the electrical grid is unavailable, inconsistent or difficult to maintain. The site needed a practical energy solution capable of supporting essential communications equipment in a demanding field environment — one that could be maintained in-country without reliance on specialist support from outside the region.

Acel's Solution

Acel supported the integration and field deployment of a solar power system serving the site's communications infrastructure. The work was designed around three priorities: reliable independent power, practical field maintenance, and full compatibility with the site's communications equipment.

  • Site assessment and power-load analysis
  • Solar panel array installation and mounting
  • Battery storage integration and cabling
  • Power-system integration with communications equipment
  • Charge controller configuration and commissioning
  • System performance verification and testing
  • On-site documentation and handover
  • In-country field team execution and supervision

Acel field engineers executed the full installation scope on site — from panel mounting and battery integration through to power-system commissioning and final verification. The completed system was tested against the site's communications load requirements before handover, confirming reliable independent operation under field conditions.

The Result

The completed installation provides independent solar power supporting critical remote-site connectivity. By combining power expertise with local field execution, Acel delivered a practical solution designed for dependable operation and ongoing in-country support — without dependence on grid infrastructure or external maintenance resources.

Power Solutions for Difficult-to-Serve Markets

Acel provides solar, hybrid and backup-power solutions for satellite, telecom and other mission-critical infrastructure across Africa and other challenging markets. Our field teams integrate and commission power systems alongside communications equipment, giving operators a single accountable partner for both the power and connectivity layers of their remote-site infrastructure.

Need reliable power for a remote communications site?

Acel can assess, design, install and commission solar and hybrid power solutions for satellite and telecom sites across Africa and beyond.