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The technique of post-combustion CO2 capture is one of the most direct and effective means of reducing CO2 emissions from coal-fired power plants. However, owing to the complex behavior of CO2 capture system, such as large inertia, strong coupling among multi-variables, and strict constraints, the conventional PID controllers cannot meet the flexible operation requirement. For this reason, this paper...
This paper presents two model predictive control (MPC)-based strategies for the micro gas turbine-based combined cooling, heating and power (MGT-CCHP) system. The first design uses a single MPC to control the integrated MGT-CCHP system in the coordinate way, where the advantages of MPC in dealing with the multi-variable coupling system can be fully taken. The second design follows the physical connection...
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