Cogeneration in a Decentralized Power Generation Structure: Cogeneration Solutions for Systemic Improvements in Efficiency
(Room G102-G103, Auditorium Centre, First Floor)
10 Jun 15
4:00 PM
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5:30 PM
Tracks:
Theme: Flexing the Power of Gas
As economies in Asia evolve, the infrastructure that supports those economies and populations also change to be able to respond to the new sets of “norms” created. Building a low carbon economy means reducing greenhouse gas emissions across every aspect of society. One of the greatest challenges in Europe is addressing the impact of the power generation industry on the grid. The traditional configuration of a centralized cogeneration plant interconnected within the larger grid structure is still prevalent for large district heating applications. Modern, larger, and more efficient gas turbines can continue to enhance the competitiveness of these cogeneration plants in an emission conscious society
In many localities, decentralization of power generation is a key trend. For smaller or more remote industrial applications; recent thinking around decentralized energy is gaining favor as a way to make systemic improvements in both energy efficiency and emissions., But, to be economically successful, this application requires gas turbines that are efficient, clean, and “right-sized” for the site and process they will serve. Regardless of the capacity required, if properly engineered around a highly efficient gas turbine, the cogeneration model can provide clean and reliable power at very high efficiency.
GE’s broad portfolio of F-class gas turbines offers products ranging from 51MW to 300MW to suit the needs of the entire spectrum of cogeneration projects. This presentation will highlight the technical and economic value, both CapEx and OpEx, in various size ranges for 100-150MW and discuss the importance of the bottoming cycle configuration to make the most of the gas turbine performance.. In addition to example case studies, fuel flexibility capabilities of each platform will also be explained, as well as the emissions advantages of incorporating these gas turbines into a state-of-the-art cogeneration facility.