Diffuse system for improving the quality of electricity (Q83979): Difference between revisions
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(Removed claim: summary (P836): The aim of the project is to develop a distributed system for improving the quality of electricity.Thematically, the project is linked to two very important parameters of the quality of electricity by the content of higher harmonics in current currents and tensions and the reactive power input from the mains.These two disadvantages are the reason for the increase in the losses in the electricity system, including the deterioration of the power...) |
(Created claim: summary (P836): The aim of the project is to develop a distributed system for improving the quality of electricity. The project is related to two very important parameters of the quality of electricity, which are the content of higher harmonics in currents and voltages, and passive power from the power grid. These two unfavourable phenomena are the reason for increased losses in the electricity system, i.e. a deterioration of the power ratio of the system. The...) |
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The aim of the project is to develop a distributed system for improving the quality of electricity. The project is related to two very important parameters of the quality of electricity, which are the content of higher harmonics in currents and voltages, and passive power from the power grid. These two unfavourable phenomena are the reason for increased losses in the electricity system, i.e. a deterioration of the power ratio of the system. The project will develop devices to compensate passive power and eliminate higher harmonics from network currents, as well as software for optimal choice of compensating and filtering devices in a given power system. The innovation elements of the project concern both software and implemented algorithms, as well as devices that improve selected energy quality indicators. The planned studies should lead to the development of algorithms allowing optimal deployment of compensation and filtration equipment, taking into account the costs of their installation and calculating the expected profits, both financial (lowering losses and penalties) and qualitatively. The novelty of the proposed solution is also due to the main target market. The proposed solutions concern explosion-proof devices used in the coal and chemical industries. Another aspect of the novelty concerns the use of higher harmonic filters with hybrid topology. The proposed system is a combination of software and technical solutions that will improve the working conditions of the equipment, reduce losses and stability and security of power supply networks. An important element of the proposed solutions is the economic aspect. The use of compensators and filters will be (English) | |||||||||||||||
| Property / summary: The aim of the project is to develop a distributed system for improving the quality of electricity. The project is related to two very important parameters of the quality of electricity, which are the content of higher harmonics in currents and voltages, and passive power from the power grid. These two unfavourable phenomena are the reason for increased losses in the electricity system, i.e. a deterioration of the power ratio of the system. The project will develop devices to compensate passive power and eliminate higher harmonics from network currents, as well as software for optimal choice of compensating and filtering devices in a given power system. The innovation elements of the project concern both software and implemented algorithms, as well as devices that improve selected energy quality indicators. The planned studies should lead to the development of algorithms allowing optimal deployment of compensation and filtration equipment, taking into account the costs of their installation and calculating the expected profits, both financial (lowering losses and penalties) and qualitatively. The novelty of the proposed solution is also due to the main target market. The proposed solutions concern explosion-proof devices used in the coal and chemical industries. Another aspect of the novelty concerns the use of higher harmonic filters with hybrid topology. The proposed system is a combination of software and technical solutions that will improve the working conditions of the equipment, reduce losses and stability and security of power supply networks. An important element of the proposed solutions is the economic aspect. The use of compensators and filters will be (English) / rank | |||||||||||||||
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| Property / summary: The aim of the project is to develop a distributed system for improving the quality of electricity. The project is related to two very important parameters of the quality of electricity, which are the content of higher harmonics in currents and voltages, and passive power from the power grid. These two unfavourable phenomena are the reason for increased losses in the electricity system, i.e. a deterioration of the power ratio of the system. The project will develop devices to compensate passive power and eliminate higher harmonics from network currents, as well as software for optimal choice of compensating and filtering devices in a given power system. The innovation elements of the project concern both software and implemented algorithms, as well as devices that improve selected energy quality indicators. The planned studies should lead to the development of algorithms allowing optimal deployment of compensation and filtration equipment, taking into account the costs of their installation and calculating the expected profits, both financial (lowering losses and penalties) and qualitatively. The novelty of the proposed solution is also due to the main target market. The proposed solutions concern explosion-proof devices used in the coal and chemical industries. Another aspect of the novelty concerns the use of higher harmonic filters with hybrid topology. The proposed system is a combination of software and technical solutions that will improve the working conditions of the equipment, reduce losses and stability and security of power supply networks. An important element of the proposed solutions is the economic aspect. The use of compensators and filters will be (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 14:26, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Diffuse system for improving the quality of electricity |
Project in Poland financed by DG Regio |
Statements
1,725,701.45 zloty
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2,043,575.82 zloty
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84.45 percent
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1 March 2018
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28 February 2021
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POLITECHNIKA ŚLĄSKA
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Celem projektu jest opracowanie rozproszonego systemu poprawy jakości energii elektrycznej. Tematycznie projekt związany jest z dwoma bardzo ważnymi parametrami jakości energii elektrycznej jakimi są zawartość wyższych harmonicznych w przebiegach prądów i napięć oraz moc bierna pobierana z sieci zasilającej. Te dwa niekorzystne zjawiska są powodem wzrostu strat w systemie elektroenergetycznym, czyli również pogorszeniem współczynnika mocy systemu. W ramach projektu zostaną opracowane urządzenia służące do kompensacji mocy biernej i eliminacji wyższych harmonicznych z przebiegów prądu sieci, a także oprogramowanie pozwalające na optymalny dobór urządzeń kompensujących i filtrujących w danym systemie zasilania. Elementy innowacyjności projektu dotyczą zarówno oprogramowania wraz z zaimplementowanymi algorytmami, ale również urządzeń wpływających na poprawę wybranych wskaźników jakości energii. Zaplanowane badania powinny doprowadzić do opracowania algorytmów pozwalających na optymalne rozmieszczanie urządzeń do kompensacji i filtracji z uwzględnieniem kosztów ich instalacji oraz kalkulacji przewidywanych zysków, zarówno finansowych (obniżenie strat i kar), jaki i jakościowych. Nowość zaproponowanego rozwiązania wynika także z głównego rynku docelowego. Proponowane rozwiązania dotyczą bowiem urządzeń w wersji przeciwwybuchowej stosowanych w przemyśle węglowym i chemicznym. Inny aspekt nowości dotyczy wykorzystania filtrów wyższych harmonicznych o topologii hybrydowej. Proponowany system to połączenie oprogramowania z rozwiązaniami technicznymi, które będą prowadzić do poprawy warunków pracy urządzeń, obniżenia strat oraz stabilności i bezpieczeństwa sieci zasilających. Istotnym elementem proponowanych rozwiązań jest aspekt ekonomiczny. Zastosowanie kompensatorów i filtrów będzi (Polish)
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The aim of the project is to develop a distributed system for improving the quality of electricity. The project is related to two very important parameters of the quality of electricity, which are the content of higher harmonics in currents and voltages, and passive power from the power grid. These two unfavourable phenomena are the reason for increased losses in the electricity system, i.e. a deterioration of the power ratio of the system. The project will develop devices to compensate passive power and eliminate higher harmonics from network currents, as well as software for optimal choice of compensating and filtering devices in a given power system. The innovation elements of the project concern both software and implemented algorithms, as well as devices that improve selected energy quality indicators. The planned studies should lead to the development of algorithms allowing optimal deployment of compensation and filtration equipment, taking into account the costs of their installation and calculating the expected profits, both financial (lowering losses and penalties) and qualitatively. The novelty of the proposed solution is also due to the main target market. The proposed solutions concern explosion-proof devices used in the coal and chemical industries. Another aspect of the novelty concerns the use of higher harmonic filters with hybrid topology. The proposed system is a combination of software and technical solutions that will improve the working conditions of the equipment, reduce losses and stability and security of power supply networks. An important element of the proposed solutions is the economic aspect. The use of compensators and filters will be (English)
14 October 2020
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Identifiers
POIR.04.01.02-00-0069/17
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