Proposed by Action for Youth Engagement in Agriculture and Development
PLANETA-SCURTU: Center for Advanced Viticulture and Applied Technology&Innovation-by Scientist-Farmer. (QUOTE: PLANETA-SCURTU)-in addition to Financing, it has All Natural Elements, for Implementation: Scientist's Own Ideas and Farmer's Own Agricultural Land (22ha) and in a Naturally Associated Mode: AgroSolarVoltaic ETFE CONFLABLE, Incorporated in cushions: with PHOTOVOLTAIC CELLS: 100 cells/1 m2 (comparable to the number of Grape Bushes per 1 m2) and an Energy Efficiency=65%. Technological and Constructive We obtain: Photovoltaic Power Plant≈5 MW/1ha- Green Energy for AgroTechnology and Network. AgroSolarVoltaic ETFE CONFLABLE, tested dimensions: 1. HEIGHT = 50 METERS; 2. WIDTH = 110 METERS; 3. LENGTH = 400 METERS. These Dimensions Are Ideal for Dry Tropical Conditions, Tested Successfully to Date at the Company-Project Eden-in England, but there: 1-The Metal Is the Basis of the Construction and 2-The Voltaic Cells Embedded in the ETFE Film Cushions Are Missing.
Description
Financing: € 31million, Immediately Unlock: Stage: Implementation, of Own Scientific Ideas on Own Agricultural Land. Having carried out the Stage: Research. Implementation: Permitted-Obtaining the International Brand-Patent, Mandatory for Stage: SPREAD–in the Republic of Moldova and Abroad. "Dry Tropical Islands" conditions can be achieved by: A. Procurement and Installation: AgroSolarVoltaic ETFE CONFLABLE, Incorporated in cushions: with PHOTOVOLTAIC CELLS: 100 cells/1 m2 (comparable to the number of Grape Bushes per 1 m2) and an Energy Efficiency=65%. Technological and Constructive We obtain: Photovoltaic Power Plant≈5 MW/1ha- Green Energy for AgroTechnology and Network. AgroSolarVoltaic ETFE CONFLABLE, tested dimensions: 1. HEIGHT = 50 METERS; 2. WIDTH = 110 METERS; 3. LENGTH = 400 METERS. B. Allows the Development of the AgroProject: of the Author's Viticulture Technology: At Stage: Research: Effectiveness of Plant Forms for: LIGHTING and VENTILATION through the Open CENTER of PLANTS: 1. On the Actual LARGE FORMS of Grapes Bushes: with a Harvest: 10 000-30 000 kg/ha, which corresponds to: 1-3 kg/m2 and requires: Many Technological Procedures. 2. Author's Technology: SMALL ARCHITECTURE of Grapes Bushes, which consists of: a STUMP-STEM with 2 Eyes on it≈4 cm long-close to Ground level. DEVELOP 2 Shoots-OPENING THE CENTER OF THE PLANT naturally: at a 45-degree Angle. We obtain a Record Harvest: over 1 000 000.00 kg/ha, resulting from: 1000 kg/m2 (100 plants/m2-5 Grapes/Shoot-10 Grapes/Plant) and requires-The Only Technological Process: HARVESTING GRAPES-Cutting the Vines in Dry. A First in Economic Quantitative Essence≈1000 kg/m2 vine grapes: competitive comparison≈1-3 kg/m2. Record Harvest≈1,000,000 kg/ha, obtained from SolarHangarVoltaic: allows, for the First Time: Viewing and Researching SMALL ARCHITECTURE of Grapes Bushes, aged: 1-120 days (the period of a Vegetation Cycle, repeated at 121 and 241 days) on surfaces: width-100 meters and length-1 meter. We carry out the Only Concurrent Work: Harvesting, which is also Dry Cutting - 121, 240 days of each year, Manually or with mechanical Robots. We place the Cut Vines with Grapes, Leaves, etc., on a Horizontal Conveyor, and passed on another lateral conveyor. We activate the passage of plastic substances from the leaves and vines into the grains- increasing their sugar content by≈10%. We also realize the Winegrower-Winemaker's Dream: Wine Production-Story: Adding the necessary daily and all year round: Quantitative-qualitative Must with Fresh Yeasts and necessary to obtain Brand Wines: Ice Wine type, etc. AgroSolarVoltaic ETFE CONFLABLE, allows the Development of Urban Agriculture: with possibilities of Realization directly at the Company Gate, of Photovoltaic Energy, etc., of Own Ecological Production-Fresh or Processed, at low and stable prices, daily and throughout the year.