Contract signed for construction of two solar stations in Somabay, Egypt

Home » News » Contract signed for construction of two solar stations in Somabay, Egypt

TAQA Power, a subsidiary of TAQA Arabia, the largest fully integrated private sector energy distribution group in Egypt, has signed an engineering, procurement, and construction (EPC) contract for the development of two PV solar stations in Somabay, a seaside town located in the Red Sea governorate of the Arab Republic.

The contract was signed with Abu Soma Touristic Development (ASDC), the manager of the exclusive holiday resort destination.

TAQA Power will therefore build and operate a PV station with a capacity of 3.8 MW over a nine-month period on the land owned by Somabay. The TAQA Arabia subsidiary will be entitled to a 30-year concession management agreement of this station, which is also subject to a power purchase agreement (PPA) with ASDC.

Also Read: Documents necessary to obtain building permit for units 1 and 2 at El Dabaa Nuclear Power Plant in Egypt, submitted

The company will also design, and construct another PV station, with a 1.2 MW capacity, whose management rights will be transferred to ASDC upon completion.

The total investment for the entire project is US$ 4M.

The objective of the project

Ibrahim El Missiri, the Somabay’s CEO mentioned that their primary objective is to generate the power required using solar energy to reduce electricity & water desalination costs, thereby closing the gap between their consumption and distribution demands.

“We have been planning for this project for quite a while as it coincides with Somabay’s vision of connecting with and looking after nature. Also, our motto is “Outstanding by Nature”, and this necessarily entails that we work to reduce our carbon footprint,” said Ibrahim El Missiri, Somabay’s CEO.

ASDC also believes that the construction of the two solar power plants is a part of the Egyptian government’s strategy to diversify the North African country’s electricity mix by further integrating renewable energy.

87