Siemens to supply power block for Hong Kong’s combined-cycle plant

22 January 2017 (Last Updated January 22nd, 2017 18:30)

German company Siemens has secured an order from Hong Kong’s coal-fired power station Castle Peak Power Company (CAPCO) to supply a power block for a new combined-cycle facility in Black Point Power Station.

Siemens to supply power block for Hong Kong’s combined-cycle plant

German company Siemens has secured an order from Hong Kong’s coal-fired power station Castle Peak Power Company (CAPCO) to supply a power block for a new combined-cycle facility in Black Point Power Station.

This deal is the first order Siemens has recieved for power plant components in Hong Kong for two decades. Located in Tuen Mun in the northwest, Black Point Power Station is expected to become operational before 2020.

Once in operation, the plant will have a total installed capacity of 550MW, which is enough to deliver electricity to nearly one million homes in Hong Kong.

Siemens Greater China chief executive officer Lothar Herrmann said: “We are pleased that this strategic success enables us to achieve a breakthrough in Hong Kong's challenging energy market.

"We will work closely with the customer in all project phases including commissioning to support our customer's ambitious objectives."

“With our high-efficiency power plant technology and our broad experience in constructing large-scale plants, we will make contribution to a sustainable energy future in Hong Kong joining hands with our customer.

“As one of CAPCO's reliable partners, we will work closely with the customer in all project phases including commissioning to support our customer's ambitious objectives.”

As part of the current order, Siemens will have to deliver and commission the power block, with a single-shaft configuration. The core of the block will comprise an SST5-5000 steam turbine, a water-cooled SGen5-3000W generator built in Germany, a SGT5-8000H gas turbine, and a SPPA-T3000 control system.


Image: Siemens delivers first SGT5-8000H to China. Photo: courtesy of Siemens.