Search results for: TERMINAL VOLTAGE - Bridge of Knowledge

Search

Search results for: TERMINAL VOLTAGE

Best results in : Research Potential Pokaż wszystkie wyniki (19)

Search results for: TERMINAL VOLTAGE

  • Katedra Energoelektroniki i Maszyn Elektrycznych

    * Modelowania, projektowania i symulacji przekształtników energoelektronicznych * Sterowania i diagnostyki przekształtników energoelektronicznych * Kompatybilności elektromagnetycznej przekształtników i regulowanych napędów elektrycznych * Jakości energii elektrycznej * Modelowania, projektowania i diagnostyki maszyn elektrycznych i transformatorów * Projektowania czujników i silników piezoelektrycznych * Technik CAD i CAE dla...

  • Zespół Fizyki Materii Molekularnej

    Główną tematyką badań Zespołu Fizyki Materii Molekularnej jest wyjaśnianie struktury i własności fizycznych układów molekularnych oraz hybrydowych (materiał organiczny / materiał nieorganiczny)

  • Katedra Inżynierii Elektrycznej Transportu

    * Diagnostyka techniczna i monitoring w systemach transportu zelektryfikowanego * Metody diagnostyki technicznej i monitoringu odbieraków prądu oraz górnej sieci trakcyjnej, w szczególności metody wizyjne * Modele matematyczne i symulacyjne odbieraków prądu i górnej sieci trakcyjnej * Modelowanie i analiza elektrotrakcyjnych układów zasilania * Modelowanie i sterowanie napędami elektrycznymi pojazdów * Redukcja zużycia energii...

Best results in : Business Offer Pokaż wszystkie wyniki (2)

Search results for: TERMINAL VOLTAGE

Other results Pokaż wszystkie wyniki (31)

Search results for: TERMINAL VOLTAGE

  • Four level inverter's DC bus voltage balancing with 3-terminal DAB converter

    Publication

    - Year 2016

    —Multilevel inverters become more and more popular, especially in the medium or high voltage and high power applications. Unfortunately, some of inverter topologies require additional DC bus voltage balancing systems. This paper presents a novel approach to such systems, which is based on a multiple terminal DAB converter. Along with the voltage balancing function the proposed solution enables the connection of energy storage devices...

    Full text to download in external service

  • Static Series and Shunt-series PE Voltage-quality Controllers

    Publication

    - Year 2007

    As presented in the Chap. 7 static shunt power electronics (PE) voltage-quality controllers protect the utility electrical system from the unfavorable impact of customer loads. Shunt controllers, as shown in Chap. 6, are recommended mainly for mitigation of the causes of disturbances, and not their effects in distanced nodes of a power-electronics system. In the case when reduction of disturbances effects is required, which leads...

    Full text to download in external service

  • The Influence of Limiters UEL and OEL (The power angle, stator's current and excitation current) ot the possibility of voltage collapse development

    Voltage stability has been a major concern for power system utilities because of event of voltage collapses in the recent past. Sometimes, power system events have shown the need for generators to operate in the overexcited and underexcited region to support stable operation. Modern excitation systems include devices for controlling or limiting machine terminal voltage (overvoltage limiters), volts per hertz ratio (V/Hz limiters),...

  • Common-Mode Voltage and Bearing Currents in PWM Inverters: Causes, Effects and Prevention

    Publication

    - Year 2014

    In modern induction motor drives an increase of transistors' switching frequency and a decrease of switching times are the sources of some serious problems. The high dv/dt and the common mode voltage generated by the inverter PWM control results in the appearances of bearing currents, shaft voltages, motor terminal overvoltages, the decrease of motor efficiency, and electromagnetic interference. The aspects of common mode (CM)...

    Full text to download in external service

  • Static Shunt PE Voltage-Quality Controllers

    Publication

    - Year 2007

    This chapter focuses on power electronics (PE)-based solutions used in distribution networks for reduction of supply-voltage-quality deterioration, from long interruptions to the harmonics. Various PE devices and their combinations are addressed for particular or a range of voltage disturbances. A particular solution is applied taking into account demands for voltage quality and network configuration. In general, there are three...

    Full text to download in external service