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Search results for: POWER OUTPUT LOSS COMPENSATION

Best results in : Research Potential Pokaż wszystkie wyniki (90)

Search results for: POWER OUTPUT LOSS COMPENSATION

  • Katedra Automatyki Napędu Elektrycznego i Konwersji Energii

    Research Potential

    * nieliniowe sterowanie maszynami elektrycznymi * napędy elektryczne o sterowaniu bez czujnikowym * sterowanie przekształtnikami energoelektronicznymi, w tym przekształtnikami na średnie napięcia i przekształtnikami sieciowymi * energoelektroniczne układy przetwarzania energii w odnawialnych źródłach energii * projektowanie i badanie falowników i przetwornic * projektowanie układów sterowania mikroprocesorowego z wykorzystaniem...

  • Zespół Systemów Mikroelektronicznych

    Research Potential

    * projektowania I optymalizacji układów i systemów mikroelektronicznych * zaawansowane metody projektowania i optymalizacji analogowych filtrów aktywnych * programowanie układów scalonych (FPGA, CPLD, SPLD, FPAA) * układy specjalizowane ASIC * synteza systemów o małym poborze mocy * projektowanie topografii układów i zagadnień kompatybilności elektromagnetycznej * modelowania przyrządów półprzewodnikowych * modelowania właściwości...

  • Katedra Automatyki i Energetyki

    Research Potential

    Mikroprocesorowe urządzenia pomiarowo-rejestrujące i systemy monitorowania wykorzystujące technologie sieciowe, systemy sterowania urządzeniami i procesami technologicznymi. Systemy sterowania w obiektach energetyki odnawialnej, skupionych i rozproszonych. Modelowanie i symulacja obiektów dynamicznych, procesów oraz systemów sterowania i kontroli; projektowanie interfejsów operatorskich. Systemy elektroenergetyczne i automatyki...

Best results in : Business Offer Pokaż wszystkie wyniki (23)

Search results for: POWER OUTPUT LOSS COMPENSATION

Other results Pokaż wszystkie wyniki (305)

Search results for: POWER OUTPUT LOSS COMPENSATION

  • Inlet air fogging of marine gas turbine in power output loss compensation

    Publication

    - Polish Maritime Research - Year 2015

    The use of inlet air fogging installation to boost the power for gas turbine engines is widely applied in the power generation sector. The application of fogging to mechanical drive is rarely considered in the literature [1]. This paper will cover some considerations relating to its application to gas turbines in ship drive. There is an important evaporative cooling potential throughout the world when the dynamic data is evaluated,...

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  • Compensation of Dead Time Effects for Shunt Active Power Filters

    Publication

    - Year 2015

    The paper presents a comprehensive approach to the compensation of the grid current distortion for shunt active power filter systems. Four different sources of current distortion are addressed: imperfect grid synchronization caused by the distortion in the grid voltages, time delays in the estimation of compensating currents and grid voltages, fluctuations of the dc bus voltage, and the distortion of inverter output voltages due...

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  • Comprehensive compensation of grid current distortion by shunt active power filters

    Publication

    - Year 2015

    The paper presents a comprehensive approach to the compensation of grid current distortion in shunt active power filter systems. Four sources of current distortion are addressed: imperfect grid synchronization caused by the distortion in the grid voltages, time delays in the evaluation of grid voltages and computation of compensating currents, fluctuations of the dc bus voltage, and the distortion of inverter output voltages due...

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  • APPLICABILITY OF INLET AIR FOGGING TO MARINE GAS TURBINE

    Publication

    - Polish Maritime Research - Year 2019

    The dependency of marine gas turbine on the ambient temperature leads to a decrease of the gas turbine power output in arid areas. Very often gas turbine power output demand is high and the power margins originally designed into the driver , has been exhausted. In such circumstances the inlet air fogging is an effective compensation of gas turbine power. In this paper an analysis of inlet air fogging applicability to marine gas...

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  • Compensation Topologies in IPT Systems: Standards, Requirements, Classification, Analysis, Comparison and Application

    Publication

    - IEEE Access - Year 2019

    Wireless power transfer devices are becoming more relevant and widespread. Therefore, an article is devoted to a review, analysis and comparison of compensation topologies for an inductive power transfer. A new classification of topologies is developed. A lot of attention is paid to the problems of the physical fundamentals of compensation work, standards, safety, and five main topology requirements. It is determined, that topologies...

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