The major part of the sulphur, NO x, and dust emissions from stationary installations result from fuel combustion to produce heat and power. The measurement of NO x present in the exhaust gases is a very important variable. The main attribute of a combustion model for training is to reproduce the behaviour of the phenomenon in order to report the variables in the control station of a power plant operator.
In this chapter a general review of training simulator modelling is addressed with special emphasis on the combustion process. Modelling the process of power plants for training is not an easy task and involves multidisciplinary work. The Simulation and Advanced Training Systems Department (GSACS) is part of the Electrical Research Institute (IIE) and it is formed by a specialised group in training simulators that designs and implements tools and methodologies to support the simulators development, exploiting and maintenance.
A classical study demonstrated the importance of training power plants operators. It is not easy to quantify the impact of training but there exists some feedback from plant’s directors about improvement in operation skills.
In that same year, external energy producers generated about 32% of total energy consumed in Mexico.īetween others, like modernisation, an important factor of economical and performance results of a power plant, including those based on gas turbines, is the training of their operators. A full definition of the used acronyms in this chapter is listed in Section 8.), the Mexican Utility Company, had a production capacity of about 41.1 GW with a brute generation of 174.4 TW-h and transmits, distributes and commercialises electric energy for about 37 millions of clients that represent almost 105 millions of people. Some acronyms are written after their name or phrase spelling in Spanish. In 2013, the Comisión Federal de Electricidad (CFE
0 kommentar(er)
