A VERSATILE DEVICE ADAPTABLE TO VARIOUS INTENSIVE CURRENT AND ROW SPACING SCHEMES IN ORCHARDS
Keywords:
Orchard mechanization, universal device, row spacing, intensive farming, energy efficiency, adaptability.Abstract
Modern orchard management requires the efficient use of land, water, and energy, particularly in regions with limited resources. Intensive orchard systems with varying current intensities and row spacing demand adaptive technologies for optimized operation. This paper presents the design and application of a universal device capable of adjusting to different intensive current configurations and orchard row spacings. The proposed system increases operational efficiency, reduces energy consumption, and supports sustainable agriculture.
