MTN SA goes solar-powered, targets net zero emissions by 2040
MTN South Africa is commencing the energisation process of its solar renewable energy phase one project in its Head Office at 14th Avenue. A phased approach that will inject 700kw into the 14th Avenue micro grid, making the head office 40 per cent less reliant from municipal grid, and turning it into an independent power producer. Joining CNBC Africa is Ernest Paul, GM, Network Deployment, MTN SA.
Wed, 14 Feb 2024 15:59:23 GMT
Disclaimer: The following content is generated automatically by a GPT AI and may not be accurate. To verify the details, please watch the video
AI Generated Summary
- MTN SA is reducing its reliance on the municipal grid by 40% through a solar renewable energy project at its Head Office on 14th Avenue, transforming into an independent power producer.
- The company is implementing various generation technologies, including solar panels, battery storage, and diesel fuel to achieve energy independence and potential energy offsets back into the grid.
- Future phases of the project aim to complete solar panel installations, energise a two-megawatt battery plant, and reduce the total carbon footprint by an additional 12% by the end of the year, with a focus on energy security and sustainability.
MTN South Africa has taken a significant step towards a more sustainable and environmentally friendly future by commencing the energisation process of its solar renewable energy phase one project at its Head Office on 14th Avenue. This project, which injects 700kw into the 14th Avenue micro grid, will make the head office 40 per cent less reliant on the municipal grid, transforming it into an independent power producer. The move towards solar energy is not only aimed at reducing reliance on the grid but also at significantly decreasing carbon emissions. Ernest Paul, GM of Network Deployment at MTN SA, highlighted the importance of this initiative during a recent interview with CNBC Africa. He mentioned that the company is using multiple generation technologies, including a gas plant, concentrated solar power, full solar panel installations in the car parks, battery and energy storage, and diesel fuel generation. This diverse approach allows MTN to become virtually off-grid for its entire facility, with the potential to sell excess energy back into the grid. MTN has already engaged in talks with the city of Johannesburg about the possibility of such energy offsets. The focus at this stage is on enhancing energy security and reducing the company's carbon footprint. The next phases of the project involve completing the remaining solar panel installations, energising a two-megawatt battery plant, and achieving a further 12% reduction in the total carbon footprint by the end of the year. MTN also plans to explore partnerships with independent producers to extend energy security to facilities in other regions. Despite the positive outlook, there are potential challenges and risks that need to be addressed. Supply chain disruptions due to increased demand post-pandemic and global supply chain issues are key risks that must be mitigated. Additionally, protecting the solar installations from vandalism and theft remains a top priority for MTN to ensure the success and sustainability of the project. In conclusion, MTN's solar power initiative represents a major milestone in the company's journey towards sustainable energy practices and a reduced carbon footprint. By embracing renewable energy sources and innovative technologies, MTN is leading the way towards a greener future for South Africa's telecommunications sector.