Development of an innovative system for measuring distributed climate and soil parameters as tools for optimisation of irrigation, plant protection and agro-technical works. (Q107891): Difference between revisions
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(Removed claim: summary (P836): The aim of the project is to develop a system for measuring the dispersion of the spread parameters of utility software and equipment for remote temperature and humidity measuring in agricultural areas, for example in orchards, crops on the strawberry, etc. This system will be applied in the early warning of frost and the prediction of conditions that are favourable to the spraying of plants and, above all, in the control of irrigation. The us...) |
(Created claim: summary (P836): The aim of the project is to develop a system of measurement of distributed climatic and soil parameters consisting of utility software and devices for remote measurement of temperature and humidity in agricultural areas, for example in orchards, strawberries, etc. This system will be used in early frost warning and forecasting favourable conditions for plant spraying and, above all, irrigation control. The use of such a system will allow garden...) |
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The aim of the project is to develop a system of measurement of distributed climatic and soil parameters consisting of utility software and devices for remote measurement of temperature and humidity in agricultural areas, for example in orchards, strawberries, etc. This system will be used in early frost warning and forecasting favourable conditions for plant spraying and, above all, irrigation control. The use of such a system will allow gardeners and fruit growers to increase yields by optimising irrigation and at the same time reducing water consumption, which will bring both financial benefits (savings) and environmental benefits (more about Poland’s water balance and water scarcity we write in the business plan). The applicant has experience in designing and constructing telemetry and telematics devices but does not have sufficient knowledge of agriculture, fruit and irrigation, which is why the Institute of Horticulture in Skierniewice (as a subcontractor) will participate in the implementation of this project. The project will carry out 2 phases of industrial research and two phases of development research – including testing prototypes under real conditions. Inventia will implement the above-mentioned project in a user-oriented way, so both in research and in particular, not during the development phase, we will cooperate with horticulture farms (included letters of intent) so that our final product meets the requirements of the recipients as much as possible. The planned system is unique on a global scale and its low cost (especially in comparison with substitutes), high scalability and innovation will ensure its success in the market and respond to end-users’ expectations. (English) | |||||||||||||||
| Property / summary: The aim of the project is to develop a system of measurement of distributed climatic and soil parameters consisting of utility software and devices for remote measurement of temperature and humidity in agricultural areas, for example in orchards, strawberries, etc. This system will be used in early frost warning and forecasting favourable conditions for plant spraying and, above all, irrigation control. The use of such a system will allow gardeners and fruit growers to increase yields by optimising irrigation and at the same time reducing water consumption, which will bring both financial benefits (savings) and environmental benefits (more about Poland’s water balance and water scarcity we write in the business plan). The applicant has experience in designing and constructing telemetry and telematics devices but does not have sufficient knowledge of agriculture, fruit and irrigation, which is why the Institute of Horticulture in Skierniewice (as a subcontractor) will participate in the implementation of this project. The project will carry out 2 phases of industrial research and two phases of development research – including testing prototypes under real conditions. Inventia will implement the above-mentioned project in a user-oriented way, so both in research and in particular, not during the development phase, we will cooperate with horticulture farms (included letters of intent) so that our final product meets the requirements of the recipients as much as possible. The planned system is unique on a global scale and its low cost (especially in comparison with substitutes), high scalability and innovation will ensure its success in the market and respond to end-users’ expectations. (English) / rank | |||||||||||||||
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| Property / summary: The aim of the project is to develop a system of measurement of distributed climatic and soil parameters consisting of utility software and devices for remote measurement of temperature and humidity in agricultural areas, for example in orchards, strawberries, etc. This system will be used in early frost warning and forecasting favourable conditions for plant spraying and, above all, irrigation control. The use of such a system will allow gardeners and fruit growers to increase yields by optimising irrigation and at the same time reducing water consumption, which will bring both financial benefits (savings) and environmental benefits (more about Poland’s water balance and water scarcity we write in the business plan). The applicant has experience in designing and constructing telemetry and telematics devices but does not have sufficient knowledge of agriculture, fruit and irrigation, which is why the Institute of Horticulture in Skierniewice (as a subcontractor) will participate in the implementation of this project. The project will carry out 2 phases of industrial research and two phases of development research – including testing prototypes under real conditions. Inventia will implement the above-mentioned project in a user-oriented way, so both in research and in particular, not during the development phase, we will cooperate with horticulture farms (included letters of intent) so that our final product meets the requirements of the recipients as much as possible. The planned system is unique on a global scale and its low cost (especially in comparison with substitutes), high scalability and innovation will ensure its success in the market and respond to end-users’ expectations. (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 an innovative system for measuring distributed climate and soil parameters as tools for optimisation of irrigation, plant protection and agro-technical works. |
Project in Poland financed by DG Regio |
Statements
1,352,669.86 zloty
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2,161,694.09 zloty
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62.57 percent
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10 May 2016
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30 September 2018
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INVENTIA SP. Z O.O.
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52°14'1.3"N, 21°4'17.0"E
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Celem Projektu jest opracowanie systemu pomiaru rozproszonego parametrów klimatyczno-glebowych składającego się z oprogramowania użytkowego oraz urządzeń do zdalnego pomiaru temperatury i wilgotności na terenach rolnych, na przykład w sadach, uprawach truskawek itp. System ten znajdzie zastosowanie we wczesnym ostrzeganiu przed przymrozkami oraz prognozowaniu warunków korzystnych do oprysku roślin a przede wszystkim w kontrolowaniu irygacji. Wykorzystanie takiego sytemu pozwoli ogrodnikom i sadownikom zwiększyć plony dzięki optymalizacji irygacji a jednocześnie zmniejszyć zużycie wody, co będzie niosło ze sobą korzyści zarówno finansowe (oszczędności), jak i korzyści natury ekologicznej (więcej o bilansie wodnym Polski i niedoborach wody piszemy w biznesplanie). Wnioskodawca posiada doświadczenie w projektowaniu i konstruowaniu urządzeń telemetrycznych i telematycznych ale nie ma wystarczającej wiedzy z zakresu rolnictwa, sadownictwa i irygacji, dlatego w ramach realizacji niniejszego projektu będzie brał udział Instytut Ogrodnictwa w Skierniewicach (jako podwykonawca). W ramach projektu przeprowadzone zostaną 2 etapu badań przemysłowych i dwa etapu badań rozwojowych - włączając w to testowanie prototypów w warunkach rzeczywistych. Inventia będzie realizować ww. projekt w sposób zorientowany na użytkownika, toteż zarówno przy pracach badawczych jak i szczególnie ,nie na etapie prac rozwojowych, będziemy współpracowali z gospodarstwami ogrodniczymi (listy intencyjne w załączeniu) tak aby nasz finalny produkt odpowiadał jak najlepiej wymaganiom odbiorców. Planowany system jest unikatowy na skalę światową a jego niski koszt (szczególnie w porównaniu z substytutami), duża skalowalność i innowacyjność zapewnią mu sukces na rynku i pozwolą odpowiedzieć na oczekiwania użytkowników końcowych. (Polish)
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The aim of the project is to develop a system of measurement of distributed climatic and soil parameters consisting of utility software and devices for remote measurement of temperature and humidity in agricultural areas, for example in orchards, strawberries, etc. This system will be used in early frost warning and forecasting favourable conditions for plant spraying and, above all, irrigation control. The use of such a system will allow gardeners and fruit growers to increase yields by optimising irrigation and at the same time reducing water consumption, which will bring both financial benefits (savings) and environmental benefits (more about Poland’s water balance and water scarcity we write in the business plan). The applicant has experience in designing and constructing telemetry and telematics devices but does not have sufficient knowledge of agriculture, fruit and irrigation, which is why the Institute of Horticulture in Skierniewice (as a subcontractor) will participate in the implementation of this project. The project will carry out 2 phases of industrial research and two phases of development research – including testing prototypes under real conditions. Inventia will implement the above-mentioned project in a user-oriented way, so both in research and in particular, not during the development phase, we will cooperate with horticulture farms (included letters of intent) so that our final product meets the requirements of the recipients as much as possible. The planned system is unique on a global scale and its low cost (especially in comparison with substitutes), high scalability and innovation will ensure its success in the market and respond to end-users’ expectations. (English)
17 October 2020
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Identifiers
RPMA.01.02.00-14-5663/16
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