The combined-cycle gas turbine (CCGT) power plants are often required to provide the essential fast grid balance service between the load demand and power supply with the increase of the intermittent power generation from renewable energy sources. It is extremely challenging to ensure CCGT power plants operating flexibly and also maintaining its ef...
The combined-cycle gas turbine (CCGT) power plants are often required to provide the essential fast grid balance service between the load demand and power supply with the increase of the intermittent power generation from renewable energy sources. It is extremely challenging to ensure CCGT power plants operating flexibly and also maintaining its ef...
The combined-cycle gas turbine (CCGT) power plants are often required to provide the essential fast grid balance service between the load demand and power supply with the increase of the intermittent power generation from renewable energy sources. It is extremely challenging to ensure CCGT power plants operating flexibly and also maintaining its ef...
The combined-cycle gas turbine (CCGT) power plants are often required to provide the essential fast grid balance service between the load demand and power supply with the increase of the intermittent power generation from renewable energy sources. It is extremely challenging to ensure CCGT power plants operating flexibly and also maintaining its ef...
The combined-cycle gas turbine (CCGT) power plants are often required to provide the essential fast grid balance service between the load demand and power supply with the increase of the intermittent power generation from renewable energy sources. It is extremely challenging to ensure CCGT power plants operating flexibly and also maintaining its ef...
The combined-cycle gas turbine (CCGT) power plants are often required to provide the essential fast grid balance service between the load demand and power supply with the increase of the intermittent power generation from renewable energy sources. It is extremely challenging to ensure CCGT power plants operating flexibly and also maintaining its ef...
To effectively utilize waste heat resulted in industrial production processes, this study investigates the dynamic thermal management using phase change material (PCM) thermal storage technique for the heat recovery system. The heat transfer process of a tube-type PCM storage module is analyzed and the dynamic model is developed for the optimizatio...
To effectively utilize waste heat resulted in industrial production processes, this study investigates the dynamic thermal management using phase change material (PCM) thermal storage technique for the heat recovery system. The heat transfer process of a tube-type PCM storage module is analyzed and the dynamic model is developed for the optimizatio...
To effectively utilize waste heat resulted in industrial production processes, this study investigates the dynamic thermal management using phase change material (PCM) thermal storage technique for the heat recovery system. The heat transfer process of a tube-type PCM storage module is analyzed and the dynamic model is developed for the optimizatio...
To effectively utilize waste heat resulted in industrial production processes, this study investigates the dynamic thermal management using phase change material (PCM) thermal storage technique for the heat recovery system. The heat transfer process of a tube-type PCM storage module is analyzed and the dynamic model is developed for the optimizatio...
