Abstract

MAGO-RAMOS, María Gabriela; VALLES-DEFENDINE, Luis; OLAYA-FLOREZ, Jhon Jairo  and  PALOMINO-NARANJO, Christian. Application control model in state spaces from the total loss percentage obtained from the carbon silicon steel sheet. Iteckne [online]. 2016, vol.13, n.2, pp.127-136. ISSN 1692-1798.

This research presents the control models in state space representing a mathematical model described by a set of inputs, outputs and state variables related by first-order differential equations from the total percentage obtained carbon losses veneer silicon steel cores which distribution transformers are manufactured. The proposed model allows evaluating current signals in the primary, secondary and magnetizing side from total losses, adjusting the coupling coefficient of the steel sheet. Its application will bring benefits to companies that manufacture or repair this equipment, as they can design the silicon steel sheet under a fault condition versus nominal values, you can also submit the proposed model of canonical form or nature: controllable and not observable and stable (COE).

Keywords : silicon steel sheet; model of state control spaces; total losses; percentage of carbon.

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