Özet:

Parabolic collectors are heat systems that are used in high temperature applications and concentrate solar energy in a specific center. With the concentration systems, the direct sun radiation can be used to produce steam at high temperatures and can be used in electricity production or in systems that need high temperature. The most common of the concentrating heat systems are the cylindrical parabolic foam collectors. These collectors can get steam at temperatures of up to 250-400 oC. The reflective surfaces in the inner part of the collectors that are parabolic of the cut focus the sunlight on a black welding tube or pipe that is located in the center. Electricity is produced from the steam obtained by the heat collected in the liquid circulated in the welding pipe. The system can be placed in the east-west, north-south and polar axis, while the sun is followed in the east-west or north-south in a single axis. In this study, the parabolic steam concentration system was used for the Isparta organized industrial area. Calculations have been made for 10 MW thermal, 2.5 MW electricity production that will be produced in the thermal energy and steam turbine that will be produced by this system. The required area for the system, the amortisment and the made savings account were made. Information was also provided on concentrated systems in the study.

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