AMEA Power to build Africa’s largest solar PV project
Hyphen Web Desk
AMEA Power is set to establish Africa’s largest solar photovoltaic (PV) project, with plans to construct a 1,000 MW solar PV facility in Egypt’s Aswan Governorate. The project, complemented by a 500 MWh battery energy storage system (BESS), will form a critical component of Egypt’s ambitious renewable energy goals, as the country targets a substantial increase in clean energy capacity. This initiative aligns with Egypt’s vision to generate 42% of its electricity from renewable sources by 2035.
The Aswan project, being developed in partnership with the Egyptian Electricity Transmission Company (EETC), positions Egypt as a leader in North Africa's transition to greener energy. AMEA Power, a Dubai-based independent power producer (IPP), has secured a long-term power purchase agreement (PPA) with EETC, a significant milestone in ensuring the financial viability of the project. This PPA is critical for the operational framework, as it guarantees AMEA Power a stable revenue stream for the electricity generated, ensuring long-term sustainability for the project.
The 1 GW solar facility is not just the largest in Africa, but also one of the most significant developments in the region’s renewable energy sector. When fully operational, the solar plant will generate enough electricity to power nearly a million homes, significantly reducing Egypt’s dependence on fossil fuels. With this development, Egypt’s position as a major player in the region's renewable energy landscape is further solidified.
AMEA Power’s venture aligns with the broader regional strategy of transitioning towards clean energy. North Africa has seen increasing investments in solar power due to its vast untapped potential. The Aswan solar facility is set to play a pivotal role in reducing the carbon footprint of Egypt’s energy sector, which is still dominated by fossil fuels. Currently, over 50 GW of fossil fuel-based electricity generation accounts for the majority of Egypt’s power capacity, with solar and wind contributing less than 10%. This project is expected to have a transformative effect on that ratio.
Energy experts view the Aswan project as part of Egypt's larger renewable strategy, which includes installing up to 4 GW of renewable energy capacity by 2025. The 1 GW solar facility with its BESS component marks a new level of integration between solar energy and energy storage technologies, ensuring reliable power even during periods of low solar activity. The storage system will store excess energy produced during peak sunlight hours and supply it when demand increases or during nighttime, providing continuous electricity access.
AMEA Power’s project is not the first large-scale renewable energy initiative in Egypt, as the country has attracted several other major players in the renewable energy sector in recent years. The Benban Solar Park, with an installed capacity of 1.8 GW, has been one of the largest solar projects globally. However, with the Aswan development, AMEA Power is positioning itself to lead the sector with the largest standalone solar PV project in Africa.
As global momentum for green energy intensifies, such projects highlight Africa’s role in the global energy transition. Experts note that Africa, despite its abundance of sunlight and wind, has been slower to develop large-scale renewable energy projects compared to other regions like Asia and Europe. However, initiatives such as AMEA Power’s Aswan project could catalyze further investment in the continent’s renewable potential.
AMEA Power has been a key player in renewable energy across the Middle East and Africa (MEA) region, with projects in Morocco, Jordan, and Tunisia, alongside Egypt. In each of these countries, the company has focused on the development of utility-scale solar and wind projects. Its Egyptian solar project represents its most ambitious endeavor to date, leveraging Egypt’s favorable climatic conditions for solar energy production.
The global push for decarbonization has further incentivized investments in renewable energy infrastructure. Countries are increasingly looking to solar and wind energy not just as an environmentally friendly alternative, but as a more cost-efficient solution for meeting growing energy demands. Egypt, with its strategic position in Africa, has capitalized on this trend. The Aswan solar project is also seen as part of a broader strategy for Egypt to reduce its carbon emissions while meeting the energy needs of its growing population.
The Aswan project, being developed in partnership with the Egyptian Electricity Transmission Company (EETC), positions Egypt as a leader in North Africa's transition to greener energy. AMEA Power, a Dubai-based independent power producer (IPP), has secured a long-term power purchase agreement (PPA) with EETC, a significant milestone in ensuring the financial viability of the project. This PPA is critical for the operational framework, as it guarantees AMEA Power a stable revenue stream for the electricity generated, ensuring long-term sustainability for the project.
The 1 GW solar facility is not just the largest in Africa, but also one of the most significant developments in the region’s renewable energy sector. When fully operational, the solar plant will generate enough electricity to power nearly a million homes, significantly reducing Egypt’s dependence on fossil fuels. With this development, Egypt’s position as a major player in the region's renewable energy landscape is further solidified.
AMEA Power’s venture aligns with the broader regional strategy of transitioning towards clean energy. North Africa has seen increasing investments in solar power due to its vast untapped potential. The Aswan solar facility is set to play a pivotal role in reducing the carbon footprint of Egypt’s energy sector, which is still dominated by fossil fuels. Currently, over 50 GW of fossil fuel-based electricity generation accounts for the majority of Egypt’s power capacity, with solar and wind contributing less than 10%. This project is expected to have a transformative effect on that ratio.
Energy experts view the Aswan project as part of Egypt's larger renewable strategy, which includes installing up to 4 GW of renewable energy capacity by 2025. The 1 GW solar facility with its BESS component marks a new level of integration between solar energy and energy storage technologies, ensuring reliable power even during periods of low solar activity. The storage system will store excess energy produced during peak sunlight hours and supply it when demand increases or during nighttime, providing continuous electricity access.
AMEA Power’s project is not the first large-scale renewable energy initiative in Egypt, as the country has attracted several other major players in the renewable energy sector in recent years. The Benban Solar Park, with an installed capacity of 1.8 GW, has been one of the largest solar projects globally. However, with the Aswan development, AMEA Power is positioning itself to lead the sector with the largest standalone solar PV project in Africa.
As global momentum for green energy intensifies, such projects highlight Africa’s role in the global energy transition. Experts note that Africa, despite its abundance of sunlight and wind, has been slower to develop large-scale renewable energy projects compared to other regions like Asia and Europe. However, initiatives such as AMEA Power’s Aswan project could catalyze further investment in the continent’s renewable potential.
AMEA Power has been a key player in renewable energy across the Middle East and Africa (MEA) region, with projects in Morocco, Jordan, and Tunisia, alongside Egypt. In each of these countries, the company has focused on the development of utility-scale solar and wind projects. Its Egyptian solar project represents its most ambitious endeavor to date, leveraging Egypt’s favorable climatic conditions for solar energy production.
The global push for decarbonization has further incentivized investments in renewable energy infrastructure. Countries are increasingly looking to solar and wind energy not just as an environmentally friendly alternative, but as a more cost-efficient solution for meeting growing energy demands. Egypt, with its strategic position in Africa, has capitalized on this trend. The Aswan solar project is also seen as part of a broader strategy for Egypt to reduce its carbon emissions while meeting the energy needs of its growing population.
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