Innovative hydropower in the world with increased energy efficiency as the result of its own R & D. (Q100092): Difference between revisions
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(Removed claim: summary (P836): The aim of the project is to develop an innovative prototype of a world of intelligent hydrosyndrome with increased energy efficiency. The result will be a comprehensive service consisting of an audit of the location, numerical modelling of each design and the production of a hydro-team. Pro.3et, consisting of industrial research and 2 Developments.Within the framework of the R & D work, the development of the R & D generator (R & D) will be c...) |
(Created claim: summary (P836): The aim of the project is to develop a globally innovative prototype of an intelligently controlled hydro unit with increased efficiency of energy production. The project will result in a comprehensive service including location audit, numerical modeling on each et. design and hydro-assembly production. The project foresees 3et.,consisting of research industry and 2 development works.As part of the R & D works, new solutions of synchronous gener...) |
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The aim of the project is to develop a globally innovative prototype of an intelligently controlled hydro unit with increased efficiency of energy production. The project will result in a comprehensive service including location audit, numerical modeling on each et. design and hydro-assembly production. The project foresees 3et.,consisting of research industry and 2 development works.As part of the R & D works, new solutions of synchronous generators with permanent magnets will be examined.This will enable the development of intelligent control system, which will be implemented on the basis of the energy potential of water/water level. The research team and the management-care team will be involved to carry out the project.There will be the necessary experience and training to carry out the tasks and duties entrusted. The applicant intends to develop a technology to recover heat from the water circulation from the cooling system of the hydro-assembly, which will have a positive impact on the target efficiency. Implementation of the results of R & D works will take place by launching production and selling a comprehensive service. As part of the project, a patent application will be conducted from the applicant’s own resources. The project is a response to the verified market need to expand the available solutions for MEW and the chance to generate competitive advantages of the region in terms of adopted Intelligent Specialisations – Green Economy.[...] (English) | |||||||||||||||
| Property / summary: The aim of the project is to develop a globally innovative prototype of an intelligently controlled hydro unit with increased efficiency of energy production. The project will result in a comprehensive service including location audit, numerical modeling on each et. design and hydro-assembly production. The project foresees 3et.,consisting of research industry and 2 development works.As part of the R & D works, new solutions of synchronous generators with permanent magnets will be examined.This will enable the development of intelligent control system, which will be implemented on the basis of the energy potential of water/water level. The research team and the management-care team will be involved to carry out the project.There will be the necessary experience and training to carry out the tasks and duties entrusted. The applicant intends to develop a technology to recover heat from the water circulation from the cooling system of the hydro-assembly, which will have a positive impact on the target efficiency. Implementation of the results of R & D works will take place by launching production and selling a comprehensive service. As part of the project, a patent application will be conducted from the applicant’s own resources. The project is a response to the verified market need to expand the available solutions for MEW and the chance to generate competitive advantages of the region in terms of adopted Intelligent Specialisations – Green Economy.[...] (English) / rank | |||||||||||||||
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| Property / summary: The aim of the project is to develop a globally innovative prototype of an intelligently controlled hydro unit with increased efficiency of energy production. The project will result in a comprehensive service including location audit, numerical modeling on each et. design and hydro-assembly production. The project foresees 3et.,consisting of research industry and 2 development works.As part of the R & D works, new solutions of synchronous generators with permanent magnets will be examined.This will enable the development of intelligent control system, which will be implemented on the basis of the energy potential of water/water level. The research team and the management-care team will be involved to carry out the project.There will be the necessary experience and training to carry out the tasks and duties entrusted. The applicant intends to develop a technology to recover heat from the water circulation from the cooling system of the hydro-assembly, which will have a positive impact on the target efficiency. Implementation of the results of R & D works will take place by launching production and selling a comprehensive service. As part of the project, a patent application will be conducted from the applicant’s own resources. The project is a response to the verified market need to expand the available solutions for MEW and the chance to generate competitive advantages of the region in terms of adopted Intelligent Specialisations – Green Economy.[...] (English) / qualifier | |||||||||||||||
point in time: 15 October 2020
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Revision as of 23:36, 15 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Innovative hydropower in the world with increased energy efficiency as the result of its own R & D. |
Project in Poland financed by DG Regio |
Statements
5,780,288.19 zloty
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9,447,766.66 zloty
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61.18 percent
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1 October 2017
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30 September 2019
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PMS POLSKA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
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52°43'50.2"N, 15°12'38.9"E
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Celem projektu jest opracowanie innowacyjnego w skali świata prototypu inteligentnie sterowanego hydrozespołu o zwiększonej sprawności produkcji energii. Efektem proj.będzie kompleksowa usługa obejmująca audyt lokalizacji,modelowanie numeryczne na każdym et.projektowania oraz produkcję hydrozespołu. Proj.przewiduje 3et.,składające się z badań przemysł. i 2prac rozwojowych.W ramach prac B+R,poprzez wyznaczenie optymalnego układu przepływowego turbin,przebadane zostaną nowe rozwiązania generatorów synchronicznych z magnesami trwałymi.Umożliwi to opracowanie systemu inteligentnego sterowania,który na podstawie potencjału energetycznego wody/poziomu wody dostosuje optymalny system pracy hydrozespołu.Zakres rzeczowy projektu zostanie zrealizowany w okr.01.2017-12.2018.Zad.1-2 będą realizowane na terenie woj.lubuskiego,zad.3 na terenie woj.wielkopolskiego. Do realizacji proj.zaangażowany będzie zespół badawczy oraz kadra zarządzająca-kadra będzie posiadać niezbędne doświadczenie i wykształcenie do wykonywania powierzonych zadań i obowiązków. Wnioskodawca zamierza opracować technologię odzysku energii cieplnej z obiegu wody z układu chłodzenia hydrozespołu,która wpłynie korzystnie na docelową sprawność. Wdrożenie wyników prac B+R nastąpi poprzez uruchomienie produkcji i sprzedaż kompleksowej usługi. W ramach proj.przeprowadzone zostanie zgłoszenie patentowe z środków własnych wnioskodawcy. Proj. jest odpowiedzią na zweryfikowaną potrzebę rynku w zakresie poszerzenie dostępnych rozwiązań dla MEW oraz szansą na wygenerowanie przewag konkurencyjnych regionu w zakresie przyjętych Inteligentnych Specjalizacji - Zielona Gospodarka.[...] (Polish)
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The aim of the project is to develop a globally innovative prototype of an intelligently controlled hydro unit with increased efficiency of energy production. The project will result in a comprehensive service including location audit, numerical modeling on each et. design and hydro-assembly production. The project foresees 3et.,consisting of research industry and 2 development works.As part of the R & D works, new solutions of synchronous generators with permanent magnets will be examined.This will enable the development of intelligent control system, which will be implemented on the basis of the energy potential of water/water level. The research team and the management-care team will be involved to carry out the project.There will be the necessary experience and training to carry out the tasks and duties entrusted. The applicant intends to develop a technology to recover heat from the water circulation from the cooling system of the hydro-assembly, which will have a positive impact on the target efficiency. Implementation of the results of R & D works will take place by launching production and selling a comprehensive service. As part of the project, a patent application will be conducted from the applicant’s own resources. The project is a response to the verified market need to expand the available solutions for MEW and the chance to generate competitive advantages of the region in terms of adopted Intelligent Specialisations – Green Economy.[...] (English)
15 October 2020
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Identifiers
RPLB.01.01.00-08-0042/16
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