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Electrical Networks Division |
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Analysis of transient and steady states in electrical networks |
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Control systems for network operation with high penetration of Distributed Generation and Renewable Energy Sources (Intelligent microgrids, Smart Grids) |
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Analysis of Distributed Generation units impact on power system operation, "network capacity" for new units
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Electricity Markets and Capacity Mechanisms according to systems with Distributed Generation and Renewable Energy Sources
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Utilization of energy storages in distribution networks (including electric vehicles)
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Power Quality improvement, manners and measures for compensation of electromagnetic disturbances |
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Developing of power system development strategy according to improvement of energy efficiency and utilization of local resources |
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The rules and requirements for illumination and interior lighting with utilization of modern lighting sources and supplying systems; utilization of LED sources |
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Power Plant Division |
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Self demand systems of the large power units |
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Reliability of the power units |
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Biomass electrical and thermal utilization |
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High Voltage Division |
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Partial discharges in high voltage equipment |
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Environmental impact of electrical equipment and systems |
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Transport and Energy Processing Division |
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Information transmission between the vehicle track and the traction unit for Automatic Train Control and Automatic Train Protection systems |
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Modelling, simulations and tests of traction units |
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R&D according to electric vehicles |
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The future perspectives of high-speed railways development in Poland |
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Instrument Transformers and EMC Division |
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Analyses and designing of various type of instrument transformers including the issue of insulation material. Constructing the performance standard instrument transformers
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Analyses of EMC issues |