GameChange Solar Secures 500 MW+ Solar Projects In S. Africa

GameChange Solar Secures 500 MW+ Solar Projects In S. Africa

GameChange Solar, a global supplier of solar tracking solutions for ground-mounted PV plants, was selected to supply its Genius Tracker™ solar trackers for four new solar projects of over 500 megawatts (MW) in Southern Africa. These projects are strategically positioned to enhance energy supply across the region, supporting the diversification of the energy mix to help ensure a stable electricity supply, including critical mining operations.

GameChange Solar’s three projects are in South Africa, including a risk mitigation independent power producer program (RMIPPP) project in the Northern Cape and two private sector projects. These projects are undertaken to supply electricity for mining operations in the Northern Cape and Limpopo regions that will provide energy self-sufficiency and contribute to the country’s economic growth. The fourth project in Zimbabwe is phase 1 of the 185 MW Zimplats solar plant, a private-sector project dedicated to providing essential power for the Zimplats platinum mining operation that is expected to begin producing power by the end of May 2024.

These solar projects represent collaborative efforts between private entities, government agencies, and energy stakeholders. As Southern Africa continues to prioritize sustainable development, these investments underscore the critical role of reliable power supply in driving progress.

GameChange Solar has also announced a training and service center for its Genius Tracker products in South Africa. 

“Southern Africa has an enormous opportunity to change the energy landscape in the region with utility-scale solar projects, particularly in South Africa, where solar will help alleviate its ongoing energy crisis and help transition from polluting fossil fuels to clean energy,” said Derick Botha, CCO at GameChange Solar. “We are proud to have a local team as well as our Cape Town training and service center to support local solar energy growth.”