POWERPAD 8335 MEGABRAS ANALISADOR DE ENERGIA

TREINAMENTO TEORICO E PRACTICO MINISTRADO PELO ENG. MARCOS RIBEIRO DA EMPRESA MEGABRAS LIDER NO BRASIL NO MERCADO DE INSTRUMENTAÇÃO,NA KOLFF BRASIL COMO PARTE DA ESTRATEGIA DE PROCURAR PARCEIROS NA AREA DE ENERGIA PROCURANDO INSTRUMENTOS TOP DE ALTA CONFIABILIDADE E QUALIDADE,DEVO AGRADECER A EMPRESA GPS DE FORTALEZA CEARA EM ESPECIAL AO ENGENHEIRO GUSTAVO BRANCO PELA CONFIANZA DEPOSITADA NA KOLFF.

AEMC - Presentación del powerpath 8335 parte 1 de 3

AEMC - Operación basica del Analizador 8335 parte 2 de 3

Superconducting magnetic energy storage in power systems with renewable energy sources

Superconducting magnetic energy
storage in power systems with
renewable energy sources
Knut Erik Nielsen
Master of Science in Energy and Environment
June 2010
Norwegian University of Science and Technology
Department of Electric Power Engineering

LINK FULL THESIS
http://daim.idi.ntnu.no/masteroppgaver/005/5460/masteroppgave.pdf

Power Quality Improvement and Uninterruptible Power Supply Using a Power Conditioning System with Energy Storage Capability

 

Power Quality Improvement and Uninterruptible Power Supply Using a Power Conditioning System with Energy Storage Capability D. Casadei, Member, IEEE, G. Grandi, Member, G. Serra, Member IEEE, C. Rossi Department of Electrical Engineering, University of Bologna, via Risorgimento, 2 I-40136 Bologna ITALY, email: domenico.casadei@unibo.it, gabriele.grandi@unibo.it, claudio.rossi@unibo.it
Abstract-- A power conditioning system with energy storage capability is proposed as a viable solution for improving the quality and the reliability of the electric energy supply. Several tasks can be performed at the same time, such as reactive power compensation, current harmonic reduction, and smoothing of pulsating loads. Moreover, the power conditioning system can operate as an uninterruptible power supply during short time interruptions of the grid supply. The proposed system is a flexible structure that can be coupled to several energy storage devices like batteries, flywheels, supercapacitors, superconductive magnetic energy storage systems. In order to show the power conditioning system performance, experimental tests have been carried out using a flywheel as storage device. The effectiveness of the proposed control system has been successfully verified in several operating conditions of the grid supply and of the load.
LINK
http://www.die.ing.unibo.it/pers/grandi/papers/PTech2005.pdf