Combine Cycle

Combined Cycle Power Plants are composed of a gas turbine cycle and a steam turbine cycle, to recover the heat power of the gas, for both electrical energy production and heat power production. Combined Cycle solutions allows peculiar advantages in fuel economization, a large range of flexibility strategies for power production, an optimization of the whole plant efficiency and a limited environmental impact.

Global Power Solution, Inc use for all major plant components, such as generators, steam and gas turbines, the other plant components, such as HRSGs, condensers and plant auxiliaries are purchased from selected suppliers.

Global Power Solution, Inc offers multiple choices, the turbo set package can be supplied as a standalone system together with the electrical generator, the turbo set auxiliaries and the control system; it can be integrated with thermal cycle equipment to form a complete power island; or it can be extended to include all the components and systems in a complete turnkey plant.

Our modular approach combines the benefits of a pre-engineered combined cycle design with the flexibility needed for customization according to specific site or client requirements, as well as allowing to adapt the solutions to maximize customer satisfaction.

• Combine Cycle will  reduce the plant environmental impact have been developed to cope with the more and more stringent international regulations.
• Lower flue gas emissions upgraded burners have been successfully developed to reduce emissions significantly and guarantee high reliability and availability.
• Noise particular care is given to the plant acoustic design providing innovative engineered solutions to noise problems at the lowest disposable costs.
• Flexibility to meet the requirements of the new free electric market, new power plants should have long lifetime and high flexibility to hold heavy and continuous load cycles with frequent daily start-up and shut-down.
• The use of field bus technology is particularly interesting as it reduced wired interconnections and improves signal diagnostics, optimizing maintenance activities as a result.
• Layout optimization is achieved using a flexible approach to cope standard plant solutions, specifically applicable to power block, with customer and site requirements