Quantum Glass — thin-film electromagnetic radiation (Q82234): Difference between revisions
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(Removed claim: summary (P836): The project is the implementation of the QDSC solar module for innovation, based on the QDSC link classified by the generation of PV cells.As clearly indicated by the analysis of the state of the art and the market offers, the project will implement product innovation worldwide as a result of the company’s R & D work, including:— thin-film electromagnetic radiation based on a quasi-volumetric structure, the mode of production of the thin-layer...) |
(Created claim: summary (P836): The subject of the project is the implementation of the Quantum Glass photovoltaic module, based on QDSC cells, classified into the third generation of PV cells. As the analysis of the state of technology and market offers clearly demonstrate, the project will implement product innovation on a global scale, resulting from the company’s R & D work, including: — thin-layer electromagnetic radiation converter based on quasiserar structure, – a way...) |
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The subject of the project is the implementation of the Quantum Glass photovoltaic module, based on QDSC cells, classified into the third generation of PV cells. As the analysis of the state of technology and market offers clearly demonstrate, the project will implement product innovation on a global scale, resulting from the company’s R & D work, including: — thin-layer electromagnetic radiation converter based on quasiserar structure, – a way of producing thin-layer electromagnet radiation converter based on quasiserar structure. The result is a patent application. In addition, unpatented technical knowledge, which is a secret of the applicant’s business, has been used. The innovative solution will be implemented into the ML System. The main elements demonstrating product innovation: — high energy outputs, – transparency, – possibility of acting in diffuse light, – a wider range of colours, – low sensitivity to urban pollution, – semi-flexibility, currently no product is available on the market that meets the parameters planned to be achieved by the product implemented within the project. Available systems are based on standard photovoltaic modules, resulting in a number of limitations preventing the development of the BIPV sector. The main barriers are: degradation significantly reducing the life of cells, absorption of only the narrow spectrum of electromagnet radiation spectrum, limited photoconversion capacity, high cost of materials and application technologies, and appropriate setting of the panel relative to the angle of sunlight during the day. The recipients of the product will be both institutional and individual entities, including persons with disabilities. Quantum Glass will be designed for the energy-positive construction sector – BIPV- photovoltaics integrated into the building. SA 42799(2015/X), Articles 13, 18, 651/2014 (English) | |||||||||||||||
| Property / summary: The subject of the project is the implementation of the Quantum Glass photovoltaic module, based on QDSC cells, classified into the third generation of PV cells. As the analysis of the state of technology and market offers clearly demonstrate, the project will implement product innovation on a global scale, resulting from the company’s R & D work, including: — thin-layer electromagnetic radiation converter based on quasiserar structure, – a way of producing thin-layer electromagnet radiation converter based on quasiserar structure. The result is a patent application. In addition, unpatented technical knowledge, which is a secret of the applicant’s business, has been used. The innovative solution will be implemented into the ML System. The main elements demonstrating product innovation: — high energy outputs, – transparency, – possibility of acting in diffuse light, – a wider range of colours, – low sensitivity to urban pollution, – semi-flexibility, currently no product is available on the market that meets the parameters planned to be achieved by the product implemented within the project. Available systems are based on standard photovoltaic modules, resulting in a number of limitations preventing the development of the BIPV sector. The main barriers are: degradation significantly reducing the life of cells, absorption of only the narrow spectrum of electromagnet radiation spectrum, limited photoconversion capacity, high cost of materials and application technologies, and appropriate setting of the panel relative to the angle of sunlight during the day. The recipients of the product will be both institutional and individual entities, including persons with disabilities. Quantum Glass will be designed for the energy-positive construction sector – BIPV- photovoltaics integrated into the building. SA 42799(2015/X), Articles 13, 18, 651/2014 (English) / rank | |||||||||||||||
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| Property / summary: The subject of the project is the implementation of the Quantum Glass photovoltaic module, based on QDSC cells, classified into the third generation of PV cells. As the analysis of the state of technology and market offers clearly demonstrate, the project will implement product innovation on a global scale, resulting from the company’s R & D work, including: — thin-layer electromagnetic radiation converter based on quasiserar structure, – a way of producing thin-layer electromagnet radiation converter based on quasiserar structure. The result is a patent application. In addition, unpatented technical knowledge, which is a secret of the applicant’s business, has been used. The innovative solution will be implemented into the ML System. The main elements demonstrating product innovation: — high energy outputs, – transparency, – possibility of acting in diffuse light, – a wider range of colours, – low sensitivity to urban pollution, – semi-flexibility, currently no product is available on the market that meets the parameters planned to be achieved by the product implemented within the project. Available systems are based on standard photovoltaic modules, resulting in a number of limitations preventing the development of the BIPV sector. The main barriers are: degradation significantly reducing the life of cells, absorption of only the narrow spectrum of electromagnet radiation spectrum, limited photoconversion capacity, high cost of materials and application technologies, and appropriate setting of the panel relative to the angle of sunlight during the day. The recipients of the product will be both institutional and individual entities, including persons with disabilities. Quantum Glass will be designed for the energy-positive construction sector – BIPV- photovoltaics integrated into the building. SA 42799(2015/X), Articles 13, 18, 651/2014 (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 11:00, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Quantum Glass — thin-film electromagnetic radiation |
Project in Poland financed by DG Regio |
Statements
19,666,300.0 zloty
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32,793,000.0 zloty
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59.97 percent
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15 September 2019
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30 June 2021
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ML SYSTEM SPÓŁKA AKCYJNA
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Przedmiotem projektu jest wdrożenie do produkcji innowac. modułu fotowoltaicznego Quantum Glass, opartego o ogniwa typu QDSC, klasyfikowanych do III generacji ogniw PV. Jak jednoznacznie wskazują przeprowadzone analizy stanu techniki oraz oferty rynkowe, w ramach projektu wdrożona zostanie innowacja produktowa w skali świata, będąca wynikiem prowadzonych przez spółkę prac B+R, obejmujących: - cienkowarstwowy konwerter promieniowania elektromagnetycznego oparty na strukturze quasizerowymiarowej, - sposób wytwarzania cienkowarstwowego konwertera promieniowania elektromagnet. opartego na strukturze quasizerowymiarowej. Ich rezultatem jest zgłoszenie patentowe. Ponadto, posłużono się nieopatentowaną wiedzą techniczną stanowiącą tajemnicę przedsiębiorstwa Wnioskodawcy. Innowacyjne rozwiązanie wdrożone zostanie do działalności ML System. Główne elementy świadczące o innowacyjności produktu: - wysokie uzyski energetyczne, - transparentność, - możliwość działania w świetle rozproszonym, - szerszy wachlarz kolorystyczny, - mała wrażliwość na zanieczyszczenia urbanistyczne, - semielastyczność, W chwili obecnej na rynku nie jest dostępny produkt spełniający parametry planowane do osiągnięcia przez wdrażany w ramach projektu wyrób. Dostępne systemy oparte są o standardowe moduły fotowoltaiczne, co powoduje szereg ograniczeń wstrzymujących rozwój sektora BIPV. Do głównych barier należą: degradacja znacząco zmniejszająca żywotność ogniw, absorpcja tylko wąskiego spektrum widma promieniowania elektromagnet., ograniczona zdolności fotokonwersji, wysokie koszty materiałów i technologii ich nanoszenia oraz odpowiednie ustawienie panelu względem kąta padania promieni słonecznych w ciągu dnia. Odbiorcami produktu będą zarówno podmioty instytucjonalne jak i indywidualne, w tym osoby niepełnosprawne. Quantum Glass przeznaczony będzie dla sektora budownictwa energetycznie dodatniego- BIPV- fotowoltaika zintegrowana z budynkiem. SA 42799(2015/X), art. 13, 18 rozp.651/2014 (Polish)
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The subject of the project is the implementation of the Quantum Glass photovoltaic module, based on QDSC cells, classified into the third generation of PV cells. As the analysis of the state of technology and market offers clearly demonstrate, the project will implement product innovation on a global scale, resulting from the company’s R & D work, including: — thin-layer electromagnetic radiation converter based on quasiserar structure, – a way of producing thin-layer electromagnet radiation converter based on quasiserar structure. The result is a patent application. In addition, unpatented technical knowledge, which is a secret of the applicant’s business, has been used. The innovative solution will be implemented into the ML System. The main elements demonstrating product innovation: — high energy outputs, – transparency, – possibility of acting in diffuse light, – a wider range of colours, – low sensitivity to urban pollution, – semi-flexibility, currently no product is available on the market that meets the parameters planned to be achieved by the product implemented within the project. Available systems are based on standard photovoltaic modules, resulting in a number of limitations preventing the development of the BIPV sector. The main barriers are: degradation significantly reducing the life of cells, absorption of only the narrow spectrum of electromagnet radiation spectrum, limited photoconversion capacity, high cost of materials and application technologies, and appropriate setting of the panel relative to the angle of sunlight during the day. The recipients of the product will be both institutional and individual entities, including persons with disabilities. Quantum Glass will be designed for the energy-positive construction sector – BIPV- photovoltaics integrated into the building. SA 42799(2015/X), Articles 13, 18, 651/2014 (English)
14 October 2020
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Identifiers
POIR.03.02.01-18-0009/16
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