In solar power tower (SPT) systems, selecting the optimum location of thousands of heliostats and the most profitable tower height and receiver size remains a challenge. Campo code is prepared for the detailed design of such plants in particular, the optimum layout, provided that the plant size is known. Therefore, less exhaustive codes, as DELSOL3, are also needed to perform preliminary parametric analysis that narrows the most economic size of the plant
AbstractMany stakeholders today consider power tower systems to be the most promising CSP technology...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2011.Cataloge...
[EN]Concentrated solar power plants, a renewable energy technology, constitute one of the best ways ...
In solar power tower (SPT) systems, selecting the optimum location of thousands of heliostats and th...
AbstractSolar power tower (SPT) systems are viewed as one of the most promising technologies for pro...
AbstractIn solar power tower (SPT) systems, selecting the optimum location of thousands of heliostat...
The design of a Solar Power Tower plant involves the optimization of the heliostat field layout. Fie...
The design of a Solar Power Tower plant involves the optimization of the heliostat field layout. Fi...
In power tower systems, the heliostat field is one of the essential subsystems in the plant due to i...
The present paper investigates possible strategies to improve the competitiveness of Solar Towers, c...
In this article a new procedure to optimize the design of a Multiple Receivers Solar Power Tower sys...
AbstractThe aim of this paper is the presentation of a study of heliostat field layout performances ...
A heuristic method for optimizing a solar power tower system is proposed, in which both heliostat f...
The paper discusses the interest of the multi-objective optimization approaches for the design of co...
A new heliostat field optimization method is presented. The method is intended for the further perfo...
AbstractMany stakeholders today consider power tower systems to be the most promising CSP technology...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2011.Cataloge...
[EN]Concentrated solar power plants, a renewable energy technology, constitute one of the best ways ...
In solar power tower (SPT) systems, selecting the optimum location of thousands of heliostats and th...
AbstractSolar power tower (SPT) systems are viewed as one of the most promising technologies for pro...
AbstractIn solar power tower (SPT) systems, selecting the optimum location of thousands of heliostat...
The design of a Solar Power Tower plant involves the optimization of the heliostat field layout. Fie...
The design of a Solar Power Tower plant involves the optimization of the heliostat field layout. Fi...
In power tower systems, the heliostat field is one of the essential subsystems in the plant due to i...
The present paper investigates possible strategies to improve the competitiveness of Solar Towers, c...
In this article a new procedure to optimize the design of a Multiple Receivers Solar Power Tower sys...
AbstractThe aim of this paper is the presentation of a study of heliostat field layout performances ...
A heuristic method for optimizing a solar power tower system is proposed, in which both heliostat f...
The paper discusses the interest of the multi-objective optimization approaches for the design of co...
A new heliostat field optimization method is presented. The method is intended for the further perfo...
AbstractMany stakeholders today consider power tower systems to be the most promising CSP technology...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Mechanical Engineering, 2011.Cataloge...
[EN]Concentrated solar power plants, a renewable energy technology, constitute one of the best ways ...