Scholarly record

THE STRUCTURAL MODEL OF THE SMART FARM TO IMPROVE ENVIRONMENTAL PROTECTION

Sebastian Muraru

Abstract

The paper presents a structural model of the smart farm to improve environmental protection. This model is based on a digital platform that integrates all the elements that participate directly or indirectly in decision-making into agricultural farm.Retour ligne automatique An intelligent farm must manage optimally and efficiently in the spirit of sustainable agriculture and environmental protection the following components: agricultural lands, farm energy balance, inputs and outputs in accordance with the applicable regulations and environmental protection.Retour ligne automatique Thus, this ensures mainly:Retour ligne manuel - The optimal structure of agricultural crops and efficient rotation of these crops;Retour ligne manuel - The optimized map of application of general inputs (chemical and natural fertilizers, etc.)Retour ligne manuel - Optimization of the usage of the energy sources: tractor, electric power, photovoltaic energy, wind energy and other kind of renewal energy;Retour ligne manuel - Optimization of the machinery (installed power, performant types, costs);Retour ligne manuel - Optimization of the energy type, depending on activities, operations, etc.;Retour ligne manuel - Energy efficiency through the use of combined resources;Retour ligne manuel - Optimization of technologies;Retour ligne manuel - Optimization of cost-benefit;Retour ligne manuel - Framing into environmental norms;Retour ligne manuel - Social responsibility.Retour ligne automatique The informational elements and equipment are presented together with the sensors involved in development of an informational framework. Developing on a digital platform will be able to contribute to making decision and increasing the agricultural yield and environmental protection.Retour ligne automatique At the same time, the platform can be a means of command and control of all components and equipment used in a farm. A special attention will be given to the next databases that can be as follows:Retour ligne manuel - Traceability GIS databases: maps with the historic of cultures location, maps with the historic of agriculture yields; maps with the historic of nutrients and phytosanitary treatments distribution;Retour ligne manuel - GIS databases with exploitations: yields maps; soil properties maps; maps with needed irrigations; maps and files for command and control of nutrients distribution and phytosanitary treatments using adequate equipment.

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DOI resolver: doi.org/10.5593/sgem2018/5.1/s20.126

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