Abstract
Combining the typical supercritical CFB boilers with H-shaped and M-shaped arrangement, the energy consumption indicators were analyzed and compared. And the lower energy consumption CFB technology used in energy-saving technology transformation or design was studied. The energy distribution characteristics of supercritical CFB boiler units were further researched through the experiment, which proposes the optimization direction of the lower energy consumption CFB technology to reduce the service plant rate that can be applied for (ultra-)supercritical CFB boilers.
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