Country: Cameroon
Cameroon, located in Central Africa, boasts abundant solar resources, making it an ideal location for solar energy development. As part of its commitment to sustainable infrastructure, Cameroon has increasingly adopted solar lighting solutions to improve public services and reduce energy costs. Since 2017, ZENOME has actively participated in this transition by delivering high-quality solar street lighting projects across the country.
📍 Project 1 – Yaoundé Urban Street Lighting
Product: All-in-Two Solar Street Lights
Quantity: 270
Project Date: 2017
Location: Yaoundé, Cameroon
Project Overview
In 2017, ZENOME installed 270 all-in-two solar street lights in Yaoundé, Cameroon’s capital. Each unit featured a 6-meter pole and a 60W LED head, powered by an integrated solar storage and control system. This project marked ZENOME’s entry into the Cameroonian market and provided a reliable, eco-friendly lighting solution for urban streets. It enhanced nighttime visibility and safety while demonstrating the viability of solar technology in public infrastructure.
📍 Project 2 – Sports Field High Mast Lighting
Product: High Mast Lighting
Quantity: 4 Units
Project Date: September 2024
Location: Cameroon
In September 2024, ZENOME supplied four high-pole floodlights for an open-air sports field in Cameroon. These poles support higher illumination needs, making them suitable for open public spaces such as squares or outdoor courts. This project reflects ZENOME’s ability to customize solar lighting solutions for diverse scenarios, further expanding its product applications in the region.
📍 Project 3 – Comprehensive Solar Lighting Solutions
Quantity:
- 850 All-in-Two Solar Street Lights
- 500 All-in-One Solar Street Lights
Project Date: June 2025
Location: Cameroon
In mid-2025, ZENOME implemented a large-scale solar lighting project in Cameroon, comprising 850 all-in-two (single-arm and double-arm) and 500 all-in-one solar street lights. This initiative significantly expanded public lighting coverage, reducing energy consumption and carbon emissions. The project also strengthened community safety, supported local economic activities after dark, and promoted the adoption of clean energy across urban and peri-urban areas.
