A NOVEL FORWARD SINGLE-STAGE HIGH POWER CORRECTION CONVERTER WITH CONTROLLER DESIGN - HSUEH -CHAN CHEN

ABSTRACT
In this thesis ,the principle of the graft scheme is dicussed.By means of graft scheme ,the buck-boost and forward converter are combined to create a novel forward single-stage high power correction (HPFC) converter. The main advantages for the proposed converter are unity power factor,low voltage stress of the bulk capcitor,anthe output voltage regulation.
LINK
http://www.mediafire.com/file/m46m6ryzz53458r/A_NOVEL_FORWARD_SINGLE-STAGE_HIGH_POWER_CORRECTION_CONVERTER.pdf

Analysis of Discharge Lamp Driving Characteristics using PSpice Jeong-Ho Cho Department of Electrical Engineering, Graduate School of Industry, Pusan National University

Analysis of Discharge Lamp Driving Characteristics using PSpice Jeong-Ho Cho Department of Electrical Engineering, Graduate School of Industry, Pusan National University 

 ABSTRACT 
A new PSpice dynamic fluorescent lamp model has been developed which describes the non-linear resistance of fluorescent lamps operating at high-frequency. The model is based on exponential approximation that represents the equivalent resistance variation as function of power, constructed, by experimental results for several power levels. Simulation and experimental results are presented to verify the feasibility of the model and, moreover, and electronic ballast example using the proposed model is presented to further demonstrate its applications.

DEVELOPMENT OF 30KVA INVERTER USING SIC MOSFET FOR 180◦C AMBIENT TEMPERATURE OPERATION -Feng Qi1, Miao Wang1, Longya Xu1, Bo Zhao2, Zhe Zhou2 1The Ohio State University, USA -2Smart Grid Research Institute of SGCC, China

LINK http://www.mediafire.com/file/l0hmo41isv7jw8a/INVERTER_SIC.pdf

Sistemas Eletrônicos para Iluminação - Ricardo Nederson do Prado Alexandre Campos Àlysson Raniere Seidel Rafael Adaime Pinto - Universidade Federal Santa Maria - BRASIL

 LINK MINICURSO COMPLETO
http://www.mediafire.com/file/lb8p0qd3ztd7666/ILUMINACAO.pdf

WORKSHOP: CONEXÃO DE FONTES RENOVÁVEIS E SEUS IMPACTOS PARA A QUALIDADE DE ENERGIA ELÉTRICA -São Paulo - 5 de Dezembro de 2017

São Paulo - 5 de Dezembro de 2017 
 Auditório do Prédio da Engenharia Elétrica – Av. Prof. Luciano Gualberto, Travessa 3, nº 158, Escola Politécnica da USP. 

 A SBQEE em parceria com o Laboratório de Redes Elétricas Avançadas (LGrid) realizará em São Paulo workshop voltado para empresas e profissionais do setor elétrico nacional sobre os impactos da conexão de fontes renováveis de energia, como eólicas e fotovoltaicas, para a qualidade de energia elétrica. O evento contará com palestras sobre os principais fenomenos elétricos observados nestas conexões, estudoas para detecção e mitigação, aspectos sobre a medição no ponto de conexão, além de casos reais.

 Acesse o mapa do local do evento https://goo.gl/maps/9bcFmMitzHt

INFORMAÇÃO COMPLETA
http://www.sbqee.org.br/sbqee/eventos/workshop;jsessionid=b825jj4n82pw