West Africa’s Largest Togo solar storage project Underway
A groundbreaking renewable energy project in Togo is set to redefine the nation’s power landscape and establish a new benchmark for the entire region. An initiative to expand an existing solar facility with significant battery storage capacity is positioning Togo as a leader in West Africa’s transition to stable, clean energy. This project, once completed, will be the largest of its kind in the region, highlighting a strategic shift towards hybrid power solutions that ensure energy availability around the clock.
Project Deep Dive: Expanding Togo’s Solar Horizon with a Togo solar storage project
The project is an expansion of the existing 50 MW solar facility developed by UAE-based AMEA Power. The new phase, awarded to Jakson Green, will add 20 MW of solar photovoltaic capacity coupled with a 4.8 MWh Battery Energy Storage System (BESS).
This expansion builds upon a successful foundation. The original 50 MW plant was brought to full operation in June 2021, a remarkable achievement as its two phases were completed in under 18 months amidst the challenges of the COVID-19 pandemic. The addition of the 20 MW solar and 4.8 MWh storage component is a critical upgrade. The primary role of the battery system is to extend the availability of clean power into the evening and nighttime hours, addressing the intermittency of solar energy. Projections estimate that the completed project will supply clean electricity to over 222,000 households.
A Landmark for Regional Energy Stability: The Togo solar storage project
The integration of battery storage is what makes this project particularly significant. While solar power is a vital tool for decarbonization, its limitation has always been its dependence on daylight. By adding a BESS, the facility can store excess energy generated during peak sun hours and discharge it when the sun isn’t shining. This capability is transformative for grid stability, reducing reliance on fossil fuel-based peaker plants and providing a more reliable and consistent power supply.
This move toward hybrid systems, which combine solar PV, battery storage, and sometimes diesel backup for critical loads, is gaining traction. We see similar, smaller-scale applications in Togo’s industrial sector, such as a cold storage facility that utilizes a combination of solar, battery, and diesel to ensure operational continuity and achieve significant cost savings. The utility-scale project by AMEA Power and Jakson Green applies this same principle on a massive scale, demonstrating its viability for national grids.
The Broader Context: Investments in the Togo solar storage project
This Togolese initiative is part of a larger global trend where renewable energy investments are increasingly focused on hybrid structures that guarantee reliability. The project’s award in 2022 marked a significant milestone, promising to deliver West Africa’s largest solar-plus-storage facility. As the energy sector watches closely, the successful implementation of this plant will serve as a powerful case study for neighboring countries, potentially accelerating the adoption of similar large-scale storage solutions across the continent. It represents a crucial step in building a resilient, independent, and sustainable energy future for Togo and beyond.
