ADDIS ABABA: Fanuse Adete is among those Ethiopians looking forward to finally getting connected to the national electricity grid when the Grand Renaissance Dam, which will be inaugurated Tuesday, becomes fully operational.
The 38-year-old widowed mother of seven, who lives in the Menabichu district just 10 kilometers (6 miles) outside the capital, Addis Ababa, currently survives on kerosene lamps and candles to light up her mud-walled hut at night.
“Previously, our daily lives relied on kerosene lamps and charcoal, which posed significant challenges. We would transport firewood to the market, selling it to buy kerosene and bread for our children. However, with the completion of the dam, our entire community is now happy,” she said, while lighting up firewood to make Ethiopian coffee.
Ethiopia will inaugurate the Grand Ethiopian Renaissance Dam along the Blue Nile on Tuesday. It is expected to produce more than 5,000 megawatts, doubling Ethiopia’s current output, part of which will be exported to neighboring countries.
The dam, whose construction began in 2011, has raised concerns from neighboring Egypt and Sudan over the potential reduction of water levels downstream.
Despite the formation of a joint panel to discuss the sharing of the Blue Nile water, tensions remain high and some, like Egypt, have termed the move a security risk, saying it could lead to drought downstream.
But Ethiopia insists that the towering dam will not only benefit its more than 100 million people, but also its neighbors, and sees it as an opportunity to become Africa’s leading electricity exporter.
Ethiopian Water Minister Habtamu Itefa said his country has no intention of harming any of the neighboring countries.
“So the way forward is: let’s work together for more investment. Let’s join hands to propose more projects that can benefit all of us, wherever they may be. This can be scaled up to Nile Basin countries— to Uganda, to Tanzania, to Rwanda, to D.R.C., to South Sudan, to Kenya, to Ethiopia, to Egypt as well,” he said.
Water experts in downstream Egypt say the dam has reduced the amount of water the country receives, and the government had to come up with short-term solutions such as reducing annual consumption and recycling irrigation water.
“Egypt was able to overcome this shortage through Egypt’s High Dam, which has a water reserve that is used to replace what was lost due to the GERD. But we can’t always rely on this reserve for water supply,” said Abbas Sharaky, a professor of geology and water resources at Cairo University.
Sudanese experts say seasonal flooding has decreased during the dam’s filling, but they warn that uncoordinated water releases could lead to sudden flooding or extended dry periods.
But Itefa said that so far, the water levels recorded downstream during the dry season were “three to four-fold what they used to get before the dam.”
“This means, at the expense of the dam we built, they can have their irrigation land. Three to four-fold, they can increase that, because we are providing more water during the dry months. It is a blessing for them,” said the minister.
Yacob Arsano, who teaches hydro politics in the Nile Basin at Addis Ababa University, said Ethiopia was “very careful” with the design and planning of the dam to ensure water flows downstream throughout the year.
“Egypt continues to receive the water. Ethiopia continues to send water. So that is the remaining fact and for which how to organize such a shared use of water resources depends on the two sides. All of the upstream and downstream countries need to sit down properly and soberly,” he said.
For Ethiopians, the prospect of increased electricity supply to enhance development is welcome news. Amakelech Debalke Gebre-Giorgis, a mother of two in Addis Ababa, is looking forward to it.
“We want to see more development, and we want to see more electricity become part of our daily life, and we’re all excited,” said the mother of two.