In the Republic of Venezuela, the government adopted a development program of power supply of the population on the basis of solar energy use. Therefore an urgent task is to determine the structure and parameters of scheme of power supply, and also to evaluate the efficiency of use of different types of solar modules for the conditions of the country. The purpose of this paper is to analyze the efficiency of silicon solar modules and solar modules with a holographic concentrator, each with and without water cooling systems, in the operational conditions of the area Alta Guajira in the Bolivarian Republic of Venezuela. The paper presents the study results of the effect of the cooling system on the characteristics of the holographic and conventional solar module.
This article expounds an innovative technology for enhanced oil recovery (EO First of all the authors dwell on the problem of the replacement fuels by the solar field of parabolic tr on overall efficiency of oil production the optical and thermal losses in parabolic trough using the vast potential of solar energy in Venezuela in order solar plant.
The article discusses the possibility of the use of solar energy technologies meeting the requirements of Steam Based Enhanced Oil Recovery and describes the methods of obtaining parameters of solar steam plant with parabolic trough concentrator considering day steam injection. In order to study standard oil deposit where is used continuous steam injection method in accordance with the solar radiation characteristic for the Bachaquero region of the Republic of Venezuela, the type and orientation of parabolic trough collector, the type and temperature of the working fluid were chosen, the total number of parabolic trough concentrators was calculated.
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