Siemens Combined Cycle Power Plant (SCC™)
Designed for lowest life cycle cost
Combined Cycle process schematic
In a combined cycle power plant the hot exhaust gas of a gas or oil fired gas turbine is utilized to generate steam in a separate water / steam cycle. The hot steam is expanded in a steam turbine providing power to drive a generator. The combination of gas and steam turbine cycles allows electric power generation with highest efficiency.
In a multi shaft arrangement (as shown in the picture) both, the gas turbine and the steam turbine, each are connected to a generator. In a single shaft arrangement gas turbine and steam turbine drive the same generator to produce electricity.
3D CAD view and picture of a combined cycle power plant
Our Siemens Combined Cycle Plants (SCC™) combines the economical benefits of a pre-engineered power plant design with high flexibility through a wide range of options to meet all requirements of the customer. We offer flexible solutions from power island all the way to a complete turnkey power plant with a variety of options:
- single shaft or multi shaft arrangement
- power generation capacity from 100 MW to more than 1000 MW
- 50 Hz and 60 Hz applications
Our plants are configured to cover the variety of requirements of all customers and to serve all types of applications like pure electric power generation, cogeneration, district heating and desalination.
Benefits:
- Highest efficiency
- Superior reliability and availability
- Low life cycle costs
- Rapid implementation
- Environmental compatibility