The main purpose of the present study is to increase nuclear safety in the context of using existing nuclear installations operating in Romania by introducing state-of-the-art technologies and by continuous research to know and improve the operation of components with an important role for Nuclear Power Plants. One of the objectives of the study is to present how applying new technologies in the control and command room of the Triga SSR 14MW reactor can lead to increased operational safety and minimize the risk of accidents in a nuclear power plant. I have analyzed in detail the functions of the basic system as well as the criteria underlying the design of modern control-command consoles, focusing on how the risks of nuclear accidents are reduced .
Lecturați gratuit Using Modern Consoles for advanced simulations of asynchronous motor operation in the nuclear field, autor Dr. Ing. Bogdan Florin Venescu
Lucrarea poate fi citită online doar în Librăria Scriitorilor (www.librariascriitorilor.ro). ISBN 978-606-30-5971-1
Another objective of the study is to study the static and dynamic behavior of the main parameters of asynchronous motors used in nuclear power for pumps that operate the coolant in the primary circuit of power plants. Simulating the operation of electric motors, establishing with the help of computer programs their behavior in the starting phases as well as in the operation in load is the object of many studies, including in Romania. Together, the two main objectives of the study are to increase the operational safety of nuclear reactors, increase confidence in the components and technologies used, achieve an intuitive human-machine interface, and ensure the superior quality of one of the most important safety components for nuclear reactors: the pump motors of the primary reactor cooling system.