EE833 Eletrônica de Potência - Graduação-UNICAMP-BRASIL-PROF. ANTENOR POMILIO,PROF.TIAGO BUSARLLO,PROF.MARCELO VILLALVA

WEBSITE DO CURSO EE833 ELETRÕNICA DE POTENCIA COM NOTAS DO CURSO E EXERCICIOS
http://www.dsce.fee.unicamp.br/~antenor/ee833.html

EA611 – Circuitos II – Turma U – 2o. Semestre de 2014 FEEC – UNICAMP -BRASIL-EJERCICIOS ,NOTAS DEL CURSO

WEBSITE DO CURSO COMPLETO CIRCUITOS II - EA611- UNICAMP-PROFESSOR CARDIERI
LINK
http://www.decom.fee.unicamp.br/~cardieri/NotasdeAula_EA611/

FUNDAMENTOS DE ANALISE DE CIRCUITOS ELÉTRICOS

LINK
https://www.scribd.com/doc/132129977/Fundamentos-de-Analise-de-Circuitos-Eletricos-David-E-Johnson-John-L-Hilburn-Johnny-R-Johnson

EA-513 Circuitos Elétricos UNIVERSIDADE DE CAMPINAS UNICAMP BRASIL PROFESSOR PHD. RENATO BALDINI

Capítulo 12 Potência em Regime Permanente C.A

WEBSITE DO CURSO COMLETO  EA-513 CIRCUITOS ELÉTRICOS UNICAMP
http://www.decom.fee.unicamp.br/~baldini/EA513.htm
WEBSITE DO PROFESSOR RENATO BALDINI
http://www.decom.fee.unicamp.br/~baldini/

Dynamic Power Flow Control for a Smart Micro-grid by a Power Electronic Transformer JALPA KAUSHIL SHAH FACULTY OF THE GRADUATE SCHOOL OF THE UNIVERSITY OF MINNESOTA

Title Dynamic power flow control for a smart micro-grid by a power electronic transformer
.Autor Shah, Jalpa Kaushil Data 2011-05 Type
Thesis or Dissertation
 Resumo
A novel strategy, for control of the power flow for a smart micro-grid is proposed. The utility grid power is dynamically controlled by a Power Electronic Transformer (PET). A 60 Hz, step-down transformer is generally used at the point of common coupling (PCC), to connect the micro-grid to the power system grid. Substitution of the conventional 60Hz transformer, by a PET, results in enhanced micro-grid power management system, during grid-connected operation. The smart micro-grid is a set of controllable loads and distributed energy resources (DER); both renewable and non-renewable; that supply demand of a group of customers. The proposed dynamic power limiter (also referred to as PET) is a high-frequency, isolated power-converter system, comprised of a highfrequency step-down transformer and three-phase to single-phase matrix converters. The matrix converters are modulated with a novel pulse width modulation (PWM) strategy for a bi-directional power flow control.
LINK FULL THESIS
http://conservancy.umn.edu/bitstream/handle/11299/108278/Shah_umn_0130E_11942.pdf?sequence=1&isAllowed=y