World's largest IPP for ACWA Power
3,927 megawatts of power from Qurayyah-based power plant
A consortium led by ACWA Power, and including Samsung C&T and MENA Fund, has issued a Notice To Proceed with the construction of the largest independent power generation project in the world, Qurayyah Independent Power Project (IPP).
The project, to be developed on a BOO (build, own, operate) basis, will be located at Qurayyah, on the eastern coast of Saudi Arabia adjacent to existing SEC facilities and will substantially increase power supplies to the Saudi power grid. The project, the third of its type, and the largest, IPP being developed by SEC represents another major development in the Saudi power sector to help meet the rapidly increasing power demand in Saudi Arabia. The project company, Hajr Electricity Production Company (HAJR), was established with the winning consortium owning 50 per cent and SEC owning the remaining 50 per cent.
Eng. Yousef AlOuhali, The Executive Managing Officer of the HAJR said: “Qurayyah IPP is a Greenfield Independent Power Project with a net generation capacity of 3,927 megawatts. The design production capacity will make it the largest IPP combine cycle gas-fired power plant in the world once completed”.
The project is being funded with USD 730 million of equity capital funded through an equity bridge murabaha facility provided by Arab National Bank, Banque Saudi Fransi, The National Commercial Bank, Samba Capital, Saudi British Bank, and Saudi Hollandi Bank and 2,075 million of debt funded by Arab National Bank, Banque Saudi Fransi, Hong-Kong Shanghai Bank, Korea Export Import Bank, Kreditanstalt Fur Wideraufbau, The National Commercial Bank, Samba Capital, Saudi British Bank, Standard Chartered Bank, Sumitomo Mitsui Banking Corporation and US Export Import Bank.
Qurayyah IPP comprises six identical groups of equipment, each delivering net output of 654.5 MW. Each group comprises 2 Gas Turbines (GTS), 2 Heat Recovery Steam Generators (HRSG) and 1 steam turbine. The Qurayyah IPP Plant is designed and will be constructed to comply with all applicable environmental laws, guidelines, regulations and standards as per World Bank, IFC and Saudi Presidency of Meteorology and Environment (PME).
The project will deliver 3,927 MW of electricity to SEC under a 20 year Power Purchase Agreement (PPA) commencing on 30 June 2014. Siemens will provide all major equipment and electrical systems and Samsung C&T will Engineer, Procure and Construct the project as the EPC contractor to deliver the project. Once completed, the plant will be operated by The First National Operation & Maintenance Company (NOMAC) a subsidiary of ACWA Power under a long-term Operation & Maintenance contract with Siemens providing parts and services for the gas turbines under a Long-Term Service Agreement (LTSA) with NOMAC.
Mr. Yousef AlOuhali, the EMO of Hajr stated: "We are proud to be the Project Owner of Qurayyah IPP not only because it is the world's largest combined cycle IPP, but most importantly the project will provide major economic advantage for the Kingdom of Saudi Arabia.
The project was bid with the lowest tariff possible (21 per cent lower than the nearest bidder), thus delivering over SAR 2 Billion of savings over 20 years to the economy of the Kingdom.
The project is designed with the highest thermal performance possible, more than 52 per cent efficiency, or 14 per cent more efficient than the traditional steam power plant exist in the Kingdom now which make it the most efficient in Saudi Arabia. This high efficiency will save the Kingdom more than SAR2M/day in fuel cost, using the present world natural gas price. Third: this high efficiency will also save the Kingdom's natural resources, as the project will save more than 160 million cubic feet of natural gas per day of equivalent MW production”. The Qurayyah IPP Plant is designed and will be constructed to comply with all applicable environmental laws, guidelines, regulations and standards as per World Bank, IFC and Saudi Presidency of Meteorology and Environment (PME).