In this work, a parametric optimization analysis of various innovative modular air-cooled condenser systems is carried out in order to identify the optimum system configuration and size to be used as the cooling system in a 50MWe parabolic trough concentrated solar power (CSP) plant. The optimization analysis is conducted individually on a total of 17 different configurations and on a total of 8 different condenser sizes for each configuration. The results identify the optimum air cooled condenser configuration and size that can achieve the minimum CSP plant electricity unit cost
In this paper the thermodynamic and electrical optimization of small power Concentrated Solar Power ...
International audienceThe use of wet cooling in Concentrated Solar Power (CSP) plants tends to be an...
This work concerns the economic potential assessment of an innovative hybrid-cooling system for stea...
In this work, a parametric optimization analysis of various innovative modular air-cooled condenser ...
This paper aims at developing a novel air-cooled condenser for concentrated solar power plants. The ...
Concentrated Solar Power (CSP) is an emerging technology for environmental-friendly power generation...
AbstractThis paper aims at developing a novel air-cooled condenser for concentrated solar power plan...
Air-cooled condensers overcome one of the main issues facing the construction of concentrated solar ...
AbstractLimited water supplies in proposed concentrated solar power (CSP) plant locations have insti...
AbstractEvaporation cooling systems are currently deployed in the majority of operating Concentratin...
AbstractA systematic analysis is presented of a CSP plant family based on:-A solar radiation concent...
Wood-fired combined heat and power (CHP) plants are a proven technology for producing domestic, car...
Water consumption becomes a continously increasing issue in the design and operation process of conc...
This paper presents a new and integrated method and software for design optimization of solar therma...
This paper presents the design of a novel Solar Assisted Combined Cycle power plant. The system incl...
In this paper the thermodynamic and electrical optimization of small power Concentrated Solar Power ...
International audienceThe use of wet cooling in Concentrated Solar Power (CSP) plants tends to be an...
This work concerns the economic potential assessment of an innovative hybrid-cooling system for stea...
In this work, a parametric optimization analysis of various innovative modular air-cooled condenser ...
This paper aims at developing a novel air-cooled condenser for concentrated solar power plants. The ...
Concentrated Solar Power (CSP) is an emerging technology for environmental-friendly power generation...
AbstractThis paper aims at developing a novel air-cooled condenser for concentrated solar power plan...
Air-cooled condensers overcome one of the main issues facing the construction of concentrated solar ...
AbstractLimited water supplies in proposed concentrated solar power (CSP) plant locations have insti...
AbstractEvaporation cooling systems are currently deployed in the majority of operating Concentratin...
AbstractA systematic analysis is presented of a CSP plant family based on:-A solar radiation concent...
Wood-fired combined heat and power (CHP) plants are a proven technology for producing domestic, car...
Water consumption becomes a continously increasing issue in the design and operation process of conc...
This paper presents a new and integrated method and software for design optimization of solar therma...
This paper presents the design of a novel Solar Assisted Combined Cycle power plant. The system incl...
In this paper the thermodynamic and electrical optimization of small power Concentrated Solar Power ...
International audienceThe use of wet cooling in Concentrated Solar Power (CSP) plants tends to be an...
This work concerns the economic potential assessment of an innovative hybrid-cooling system for stea...