Achieve Higher Efficiency in High Voltage with 400V DC Power Distribution from Vicor – APEC 2013

Flanagan Handbook of Transformer Design & Applications

SURFANDO NA WEB ENCONTREI ESTE LIVRO DE TRANSFORMADORES ELETRICOS NO SIGUENTE LINK :
http://igs.nigc.ir/STANDS/BOOK/HB-TRANSFORMER.PDF

Electrónica industrial: problemas resueltos Julio Gomis-Tena Dolz, Emilio Figueres Amorós, Gabriel Garcerá Sanfeliú Ed. Univ. Politéc. Valencia

Principles of Transformer Design by Alfred Still

A Book which deals exclusively with the theory and design of alternating current transformers is not likely to meet the requirements of a College text to the same extent as if its scope were broadened to include other types of electrical machinery. On the other hand, the fact that there may be a limited demand for it by college students taking advanced courses in electrical engineering has led the writer to follow the method of presentation which he has found successful in teaching electrical design to senior students in the school of Electrical Engineering at Purdue University. Stress is laid on the fundamental principles of electrical engineering, and an attempt is made to explain the reasons underlying all statements and formulas, even when this involves the introduction of additional material which might be omitted if the needs of the practical designer were alone to be considered.
LINK1
http://www.forgottenbooks.org/books/Principles_of_Transformer_Design_1000221063
LINK2-FULL TEXT
https://archive.org/download/principlesoftran00stilrich/principlesoftran00stilrich.pdf 

Photovoltaic energy applications: state-of-the-art and perspectives Plenary Sessions BRASIL POWER ELECTRONICS CONFERENCE 2013

Photovoltaic energy applications: state-of-the-art and perspectives

(Download Presentation)
Prof. Roberto Ziles, Ph.D.
University of São Paulo, Brazil
Oct. 31th, Thursday, 8:30 am - 10:00 am
Abstract
The lecture devotes attention to the current situation of photovoltaic energy applications, discussing aspects such as the PV market characterization, technologies, costs and trends.
The lecture also describes the main configurations of photovoltaic systems and their integration into the national context, as well as major advances made in the country to provide the integration of distributed generation photovoltaic systems.
Biography
Roberto Zilles received his PhD in Telecommunications Engineering with specialty in Photovoltaic Systems from “Universidad Politecnica de Madrid” (1993) and the degree of “Livre Docência” with emphasis in renewable energy from São Paulo State University (2006). Currently, he is an Associate Professor and head of Scientific Division of Energy and Environment, Institute of São Paulo State University. Dr. Zilles is an Editorial Board member of “Progress in Photovoltaics: Research and Applications” journal, head of Brazilian Photovoltaic Energy Association, and vice head of Amazon National Institute of Science and Renewable Energy Technologies.