Business Report newspaper this morning reports the decades-long project will get rolling with the launch of a feasibility study for the Inga III hydroelectric power project, the first stage of the Grand Inga project, which is expected to generate 39 000 megawatts, enough electricity to supply the whole continent and have surplus to sell to Europe.
The study is the first step in the preparation for the construction of the plant in the
The study, to be conducted by a consultancy firm yet to be selected, will be completed within 18 months.
The project is driven by Western Power Corridor (Westcor) and has an estimated cost of $8.5 billion (R71.8bn), but the exact figures will be known after the feasibility study.
Pat Naidoo, the chief executive at Westcor, said: “We have been finalising contracts, sorting out finance, talking to all the governments, and the engineering work in the background has been done. That is why we will now bring in consultants to assess that work … We are still within the original time frame.”
Construction is due to start late next year; the first flow of power will be in 2012.
Westcor was formed six years ago to develop and manage infrastructure in the five countries which own it. The shareholders are power utilities in
Meanwhile, energy analysts Frost & Sullivan say
They say the majority of the infrastructure in
Efforts to rapidly improve these economies have revealed the fragility of their infrastructure, and it is therefore of crucial importance to allocate adequate resources to accelerate the reconstruction of their electricity backbones.
The provision of electricity is a fundamental element for the development of other sectors of the economy. These two countries have therefore been upgrading and rehabilitating their electricity infrastructure as result of influx of foreign direct investment (FDI), mainly from China Exim Bank and the World Bank.
“The current regional economic growth, estimated at 6% per annum over the next ten years, and environmental concerns are the major drivers for the changes and transformation in the electricity industries in these countries,” says Frost & Sullivan energy industry manager Cornelis van der Waal.
“The Angolan and Mozambican electricity industries have been under a process of reformation aimed at re-shaping them to address the current reality.”
The Angolan electricity industry seems to be at a similar stage of its development, with tremendous potential for growth. Despite the global financial meltdown, the current growth demand for electricity is estimated at 12% per annum until 2015.
“The national reconstruction programme is expected to remain a significant driving factor behind this continued surge,” says Van der Waal. “The commencement of the Capanda dam operation in 2004, which almost doubled the country`s electricity capacity, began a new era for the Angolan electricity industry.”
The investment environment in both countries is characterised by bureaucratic procedures in the majority of the government institutions, with high levels of corruption. As a result, international investors have shown some reluctance to invest in these markets.
“Efforts to create an atmosphere conducive for business can however be seen in the reduction of time to open a business and the opening of the electricity industry for private participation,” Van der Waal asserts. “The recent implementation of effective macro economic policies, in conjunction with prudent fiscal policies, has resulted in a significant increase in foreign direct investment in these countries, which is expected to triple over the next ten years.”
Frost & Sullivan expects the current electricity industry reformation to reduce investment barriers significantly. Both countries` investment laws give foreign and domestic investors equal access to investment incentives and enable the participation of private investor in public infrastructure projects. Given the abundant feedstocks available in these countries, there are clear opportunities for investment.
“The hydro potential of both countries has been estimated at approximately 28 500MW,” Van der Waal says. “A large part of this potential can be developed at a relatively low cost.