Combined Cycle Plants are highly efficient, flexible, reliable, cost-effective and environmental friendly solutions to generate electrical power.
In Combined Cycle Power Plants, DG set generates electricity while the waste heat from this DG set is used to make steam and in turn generate additional electricity via a steam turbine. In other words: The flue gas Heat is utilized to generate steam by passing it through a heat recovery boiler, same can be used as input in the steam turbine in Power Plant to generate power. This combination of two Power generation cycles DG with steam Turbine enhances the efficiency of the Plant.
While the electrical efficiency of a simple Cycle Power Plant without waste heat utilization typically ranges between 45% to 49%. Plant electrical efficiency is 50% in simple cycle and upto 60% in combined cycle mode. The high fuel utilization factor of the Plant contributes to low lifecycle costs. Together with an outstanding operational flexibility, Combined Cycle Plant can provide a tailor-made solution for your Power needs.
Magnus Power offers a Combined Cycle Plant with world leader Boiler (WHRB) Aalborg and Turbine to reduce the heat rate of the total Power Plant up to 8%.
• Aalborg boilers are of proven technology approved by major engine manufacturers and they have references of more than 20 years of seamless operation, particularly for HFO-Diesel-Gas Power Plants.
• Turbines are proven technology approved by all boiler manufacturers for the Combined Cycle Plant.
Magnus designs the Combined Cycle Plant suitable for the IPP operation and can synchronize with the grid within 40-50 minutes.