Development of a universal transparent electrode for photovoltaic cells I, II and III. (Q107908): Difference between revisions
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(Removed claim: summary (P836): The aim of the project is to develop a technology for the production of a surface electrode on photovoltaic cells with the use of the equipment of the replacement operation in an integrated assembly of reactors. This will be achieved through the development of research to develop new working conditions for ALD and hydrothermal reactors (assisted by a microwave) in one integrated technology string, for the final generation of nanostructures to...) |
(Created claim: summary (P836): The aim of the project is to develop the technology of producing surface electrode on photovoltaic cells using a proprietary process of replacement work in an integrated reactor assembly. This will be achieved through research work to develop new operating conditions for ALD and hydrothermal reactors (microwave-supported) in an integrated technological sequence, for the final production of nanostructures improving the conversion of solar energy...) |
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The aim of the project is to develop the technology of producing surface electrode on photovoltaic cells using a proprietary process of replacement work in an integrated reactor assembly. This will be achieved through research work to develop new operating conditions for ALD and hydrothermal reactors (microwave-supported) in an integrated technological sequence, for the final production of nanostructures improving the conversion of solar energy to electricity in PV cells. The project will focus on research activities involving: (i) Development of ZnO nanopillar growth technology on a full-size cell of PV I, II and III generation; (ii) preparation of laboratory environment and (iii) doped coating (experimentally selected compounds e.g. Mg) ZnO and upper contact layer ZnO:Al and sapphire protective layers using an integrated reactor assembly. During the project, a method of producing transparent electrode with unique functional functions (including Anti reflexes, UV blocker, Emiter, transparent electrode) will be developed as part of the integrated technological sequence (ALD/Hydrotermal/ALD). The result of the project will be technology from the area of photovoltaics, resulting in innovative cells I, II and III, containing the structure of 3D ZnO posts and ZnO layers:Mg, ZnO:Al., ZnO:XX, replacing the use of energy-intensive and material-intensive techniques and technology of diffusion and surface metalisation of PV cells. As a result of the project, a non-toxic process of deposition of ZnO nanopillars, the base technology of which has been developed and patented by the Institute of Physics of the Polish Academy of Sciences and in the form of a licence made available to CBRTP S.A. The product will be an alternative to current technologies of cell production, with a very high potential to reduce their production costs, therefore its recipients will be both module manufacturers and fires themselves. (English) | |||||||||||||||
| Property / summary: The aim of the project is to develop the technology of producing surface electrode on photovoltaic cells using a proprietary process of replacement work in an integrated reactor assembly. This will be achieved through research work to develop new operating conditions for ALD and hydrothermal reactors (microwave-supported) in an integrated technological sequence, for the final production of nanostructures improving the conversion of solar energy to electricity in PV cells. The project will focus on research activities involving: (i) Development of ZnO nanopillar growth technology on a full-size cell of PV I, II and III generation; (ii) preparation of laboratory environment and (iii) doped coating (experimentally selected compounds e.g. Mg) ZnO and upper contact layer ZnO:Al and sapphire protective layers using an integrated reactor assembly. During the project, a method of producing transparent electrode with unique functional functions (including Anti reflexes, UV blocker, Emiter, transparent electrode) will be developed as part of the integrated technological sequence (ALD/Hydrotermal/ALD). The result of the project will be technology from the area of photovoltaics, resulting in innovative cells I, II and III, containing the structure of 3D ZnO posts and ZnO layers:Mg, ZnO:Al., ZnO:XX, replacing the use of energy-intensive and material-intensive techniques and technology of diffusion and surface metalisation of PV cells. As a result of the project, a non-toxic process of deposition of ZnO nanopillars, the base technology of which has been developed and patented by the Institute of Physics of the Polish Academy of Sciences and in the form of a licence made available to CBRTP S.A. The product will be an alternative to current technologies of cell production, with a very high potential to reduce their production costs, therefore its recipients will be both module manufacturers and fires themselves. (English) / rank | |||||||||||||||
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| Property / summary: The aim of the project is to develop the technology of producing surface electrode on photovoltaic cells using a proprietary process of replacement work in an integrated reactor assembly. This will be achieved through research work to develop new operating conditions for ALD and hydrothermal reactors (microwave-supported) in an integrated technological sequence, for the final production of nanostructures improving the conversion of solar energy to electricity in PV cells. The project will focus on research activities involving: (i) Development of ZnO nanopillar growth technology on a full-size cell of PV I, II and III generation; (ii) preparation of laboratory environment and (iii) doped coating (experimentally selected compounds e.g. Mg) ZnO and upper contact layer ZnO:Al and sapphire protective layers using an integrated reactor assembly. During the project, a method of producing transparent electrode with unique functional functions (including Anti reflexes, UV blocker, Emiter, transparent electrode) will be developed as part of the integrated technological sequence (ALD/Hydrotermal/ALD). The result of the project will be technology from the area of photovoltaics, resulting in innovative cells I, II and III, containing the structure of 3D ZnO posts and ZnO layers:Mg, ZnO:Al., ZnO:XX, replacing the use of energy-intensive and material-intensive techniques and technology of diffusion and surface metalisation of PV cells. As a result of the project, a non-toxic process of deposition of ZnO nanopillars, the base technology of which has been developed and patented by the Institute of Physics of the Polish Academy of Sciences and in the form of a licence made available to CBRTP S.A. The product will be an alternative to current technologies of cell production, with a very high potential to reduce their production costs, therefore its recipients will be both module manufacturers and fires themselves. (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 17:15, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Development of a universal transparent electrode for photovoltaic cells I, II and III. |
Project in Poland financed by DG Regio |
Statements
3,627,441.5 zloty
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4,937,311.98 zloty
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73.47 percent
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1 October 2016
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31 December 2018
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CENTRUM BADAŃ I ROZWOJU TECHNOLOGII DLA PRZEMYSŁU S.A.
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52°14'1.3"N, 21°4'17.0"E
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Celem projektu jest opracowanie technologii wytwarzania elektrody powierzchniowej na ogniwach fotowoltaicznych przy wykorzystaniu autorskiego procesu zamiennej pracy w zintegrowanym zespole reaktorów. Cel ten zostanie osiągnięty dzięki realizacji prac badawczych polegających na opracowaniu nowych warunków pracy reaktorów ALD i Hydrotermalnych (wspomaganych mikrofalowo) w jednym w zintegrowanym ciągu technologicznym, dla finalnego wytwarzania nanostruktur poprawiających parametry konwersji energii słonecznej na elektryczną w ogniwach PV. Przedmiotem projektu będą prace badawcze obejmujące: (i) opracowanie technologii wzrostu nanosłupków ZnO na pełnowymiarowym ogniwie PV I, II i III generacji; (ii) przygotowanie środowiska laboratoryjnego i (iii) pokrycie domieszkowaną (eksperymentalnie dobieranymi związkami np. Mg) warstwą ZnO i górną warstwą kontaktową ZnO:Al oraz szafirowymi warstwami ochronnymi przy wykorzystaniu zintegrowanego zespołu reaktorów. W trakcie projektu zostanie opracowana metoda wytwarzania elektrody transparentnej o unikalnych funkcjach użytkowych (w tym Anty refleks, UV bloker, Emiter, elektroda transparentna), w ramach zintegrowanego ciągu technologicznego (ALD/Hydrotermal/ALD). Rezultatem projektu będzie technologia z obszaru fotowoltaiki, której efektem są innowacyjne ogniwa I, II i III generacji, zawierające strukturę 3D słupków ZnO i warstw ZnO:Mg, ZnO:Al., ZnO:XX, zastępujące stosowanie energochłonnych i materiałochłonnych technik i technologii dyfuzji oraz metalizacji powierzchniowej ogniw PV. W wyniku projektu zostanie zastosowany nietoksyczny proces osadzania nanosłupków ZnO, którego technologia bazowa została opracowana i opatentowana przez Instytut Fizyki PAN oraz w formie licencji udostępniona CBRTP S.A. Produkt będzie stanowić alternatywę dla obecnie stosowanych technologii wytwarzania ogniw, z bardzo dużym potencjałem ograniczania kosztów ich wytwarzania, dlatego też jego odbiorcami będą zarówno producenci modułów, jak i samych ogni (Polish)
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The aim of the project is to develop the technology of producing surface electrode on photovoltaic cells using a proprietary process of replacement work in an integrated reactor assembly. This will be achieved through research work to develop new operating conditions for ALD and hydrothermal reactors (microwave-supported) in an integrated technological sequence, for the final production of nanostructures improving the conversion of solar energy to electricity in PV cells. The project will focus on research activities involving: (i) Development of ZnO nanopillar growth technology on a full-size cell of PV I, II and III generation; (ii) preparation of laboratory environment and (iii) doped coating (experimentally selected compounds e.g. Mg) ZnO and upper contact layer ZnO:Al and sapphire protective layers using an integrated reactor assembly. During the project, a method of producing transparent electrode with unique functional functions (including Anti reflexes, UV blocker, Emiter, transparent electrode) will be developed as part of the integrated technological sequence (ALD/Hydrotermal/ALD). The result of the project will be technology from the area of photovoltaics, resulting in innovative cells I, II and III, containing the structure of 3D ZnO posts and ZnO layers:Mg, ZnO:Al., ZnO:XX, replacing the use of energy-intensive and material-intensive techniques and technology of diffusion and surface metalisation of PV cells. As a result of the project, a non-toxic process of deposition of ZnO nanopillars, the base technology of which has been developed and patented by the Institute of Physics of the Polish Academy of Sciences and in the form of a licence made available to CBRTP S.A. The product will be an alternative to current technologies of cell production, with a very high potential to reduce their production costs, therefore its recipients will be both module manufacturers and fires themselves. (English)
17 October 2020
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Identifiers
RPMA.01.02.00-14-5702/16
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