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MHPS Signs Contract with CEPC for Rehabilitation Project of Cairo West Power Station in Egypt
-- Rehabilitation Project to Ensure Stable Operation and Greater Reliability of Four Natural Gas and Heavy Fuel Oil-fired Boilers --

No. 127

´Żą Follows Contract with CEPC in August 2017, contributing to a more stable energy supply

YOKOHAMA, JAPAN (May 11, 2018) - Mitsubishi Hitachi Power Systems, Ltd. (MHPS) has signed a contract with Cairo Electricity Production Company (CEPC) for the renewal of the Cairo West natural gas and heavy fuel oil-fired thermal power plant. MHPS will renew four existing power generation boilers with a rated output of 1,360 MW, extending their lifetime and enhancing reliability. The project will contribute to a more stable energy supply in Egypt.

The Cairo West power station is located around 16km northwest of Cairo, and is operated by CEPC. The rehabilitation project was awarded to a consortium that included MHPS' Egyptian subsidiary. MHPS will manufacture the boiler components at its Kure Works, and MHPS' Egyptian subsidiary will dispatch the engineer for support of installation and trial operation. The four existing boilers are the No. 5 and No. 6 units (rated output of 330 MW) supplied by MHPS in 1993, and the No. 7 and No. 8 units (350 MW) supplied in 2011.

The Cairo West power station is one of the mainstay facilities providing power to the Egyptian capital of Cairo where electricity demand is high, so a stable power supply is critical. The renewal contract from CEPC follows the contract in August 2017 for upgrades to a natural gas-fired gas turbine combined cycle (GTCC) power station at the Cairo North facility.

MHPS, in addition to promoting the adoption of new thermal power generation systems, also focuses on renewal and performance upgrades for existing conventional power generation facilities and GTCC plants like those at CEPC. Going forward, through its support for more stable and efficient power generation around the world, MHPS will contribute to economic development and highly sustainable energy production on a global scale.