The Bongo Solar Power Project is a ground-breaking photovoltaic solar energy installation of 40MW that will be developed at Asebga in Ghana's Upper East Region. It is, therefore, a profound stride in the plans of Ghana to develop an improved renewable energy generation capability according to sustainable development aspirations for which it stands.
Project Overview
The project shall have the following two main components:
Solar Power Station: A single-axis ground-mounted PV panel installation with a capacity of 40 MW shall be developed on approximately 0.5013 square kilometers in Asebga. This solar station shall make use of the rich solar energy potential in Ghana.
Transmission Line: A 29-kilometer-long 34.5 kV secondary transmission line shall be built to connect the Asebga Solar Power Station to GRIDCo Boquatana Substation, Boquatana City, for integration into the grid.
Project Timeline and Environmental Considerations
The Bongo Solar Project is at the announced stage, with construction to start in 2024, while it intends to start commercial operations in 2025. The project has ensured it complies with legal and environmental requirements from the Preliminary Environmental Planning report. Detailed environmental and social impact analyses will be done before actual construction, so that it will not deviate from the set national and international standards.
Investment and Costs
The actual investment cost for the Bongo Solar Project has not yet been officially disclosed, but based on estimates, it may fall into the category of 40MW projects, which typically ranges between 100 million RMB and several hundred million RMB. This covers basic needs such as equipment, installation, land use, construction, and connecting to the grid, among other operation-related expenses.
Strategic Importance
This will go a long way to ensure that Ghana attains its renewable energy goals, hence reducing dependence on fossil fuels and supporting the course of energy diversification in the country. The Bongo Solar Power Project upon completion will contribute to increased energy demand in the region with minimal carbon emissions while supporting sustainable economic development.