This paper provides a very useful design and optimization methodology for solar chimney power plant systems.
For this purpose, we propose a LiDAR-based joint approach for calculating the solar irradiance incident on roofs and façades of buildings at city scale, which includes a methodology for calculating solar irradiance, the validation of the proposed method, and analysis of its application.
A methodology for assessing solar cooling technologies is proposed.
In this paper we introduce a model and an optimization methodology for terrestrial solar thermoelectric generators (STEGs).
SAI method gives a strong methodology for designing solar collectors on the basis of utilization ratios and heat equations.
Results point out artificial neural networks as an efficient and easy methodology for calculating solar radiation levels over complex mountain terrains from only one radiometric station data.
This research provides a methodology for evaluating solar potential in urban scale and the relationship between housing density and urban design using simulation programs.
An obvious knowledge gap exists in the design of ORC-based solar-CCHP, due to an abuse and indiscreet application of the existing research methodology specifically developed for solar-ORC.
This paper presents an efficient and robust methodology for modeling concentrated solar flux distributions.
This paper aims to propose a methodology for optimization of solar chimney power plants taking into account the techno-economic parameters.
