DISADVANTAGES OF LOW-POWER ENGINES IN MODERN AGRICULTURAL APPLICATIONS

low-power engines are widely utilized in modern agricultural applications due to their energy efficiency and cost-effectiveness. However, these engines also come with several limitations that impact their usability in large-scale farming operations. This study explores the disadvantages of low-power engines in agriculture, focusing on reduced power output, limited operational efficiency, high maintenance frequency, and inadequate performance in high-load applications. The research employs comparative analysis, field studies, and numerical simulations to evaluate the drawbacks of low-power engines. The results suggest that while these engines offer sustainability benefits, their limitations make them unsuitable for high-demand agricultural operations. Furthermore, the paper examines the economic implications of using low-power engines over long periods, analyzing repair costs, productivity loss, and the need for additional machinery. The study also investigates potential improvements in engine design, including hybridization and alternative fuel sources, as well as policy recommendations to enhance their applicability in modern farming.