By Business Insider Reporter, Shinyanga
Tanzania is on the verge of a major milestone in its energy sector as the country’s first large-scale solar power project in Kishapu, Shinyanga Region, nears completion.
The project, which will generate 150 megawatts of solar power in two phases, has reached 63.3% completion and is expected to begin feeding electricity into the national grid by the end of October this year.
This was revealed by the Tanzania Electric Supply Company (Tanesco) Managing Director, Mr. Lazaro Twange, during an inspection tour of the site on June 8, 2025.
He announced that the first phase of the Kishapu Solar Power Project will contribute 50 megawatts to the national grid, with the remaining 100 megawatts expected in the second phase.
“This project is historic for our country. Thanks to the commitment of President Samia Suluhu Hassan and the government for allocating the funds needed for both phases,” said Mr. Twange.
He added: “We are confident that the first 50 megawatts will be online by the end of October, helping to meet the growing demand for electricity across the country.”
The first phase of the project is being implemented at a cost of TSh118 billion, while the second phase will require TSh204 billion, bringing the total investment to TSh323 billion.
The project began on December 8, 2023, and is scheduled to be fully completed by October 29, 2025.
Tanesco has already initiated the final procurement stages to secure a contractor for the second phase, Mr. Twange added. He emphasised the importance of timely delivery, particularly as electricity demand rises due to expanding economic and investment activities.
Project Manager Engineer Emmanuel Andarson explained that the project had initially been slated for completion in February 2025, but delays caused by unforeseen challenges prompted an extension.
He assured that the contractor is now on track to complete the work within the revised schedule.
Located in Ngunga village, the Kishapu solar power plant marks a significant step in Tanzania’s transition toward renewable energy. Once fully operational, it will become a key contributor to the national grid and a model for future solar energy projects across the country.
