South Africa's Largest Solar PV Project to Power Coega Green Hydrogen Plan
Key Ideas
  • Hive Hydrogen South Africa completes a 1430MW Solar PV Cluster to supply 40% of the Coega Green Ammonia project, set to produce over one million tonnes of ammonia annually.
  • Coega Green Ammonia project in Coega, Eastern Cape, will utilize renewable solar and wind energy, desalinated water, and nitrogen extraction from the air, aligning with sustainable development goals.
  • The Solar PV project in the Northern Cape, developed by Hive Energy, is the largest of its kind in South Africa and the Southern Hemisphere, showcasing the country's commitment to renewable energy.
  • The Crossroads Green Energy solar PV sites, co-developed by a consortium, demonstrate best practices for solar power plant development with minimal environmental impact and restoration of agricultural land post-decommissioning.
The Africa Green Hydrogen Summit in Cape Town unveiled Hive Hydrogen South Africa's completion of the 1430MW Solar PV Cluster, supporting the Coega Green Ammonia project in Coega, Eastern Cape. The initiative aims to produce over one million tonnes of ammonia annually using renewable energy sources and innovative processes like desalinated water and nitrogen extraction. This development, located in the high-solar irradiation area of the Northern Cape, marks a significant milestone as the largest Solar PV project in South Africa and the Southern Hemisphere. Giles Redpath, CEO of Hive Energy, praised the South African government's dedication to renewable energy and sustainable fuel production. Thulani Gcabashe, chairperson of Hive Hydrogen South Africa, acknowledged the government's support through the development phase, emphasizing the project's contribution to grid capacity and future energy projects in the region. The consortium behind the Crossroads Green Energy solar PV sites, in collaboration with Hive Hydrogen, received approval and permits for expanding the project, showcasing a model for responsible solar power plant development. The approach prioritizes agricultural co-existence by utilizing a small percentage of agricultural land and ensuring restoration post-decommissioning. This sustainable strategy aims to benefit local communities, promote agricultural enterprises, and protect the environment for future generations.
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