INTEGRATION OF RENEWABLE ENERGY SYSTEMS IN POULTRY FEED PRODUCTION MACHINES: A PATHWAY TO SUSTAINABLE AGRO-MECHANIZATION

Abstract

The increasing energy requirements and reliance on fossil fuels in Nigeria's poultry feed sector have intensified the need for sustainable energy alternatives. This review investigates the incorporation of renewable energy systems—namely solar photovoltaic, biogas, wind, and hybrid setups—into poultry feed production equipment as a means to achieve sustainable agro-mechanization. Drawing from recent research and technical documentation, the article assesses system architectures, operational efficacy, and energy efficiency of renewable-powered feed processes such as milling, mixing, pelleting, and drying. The results indicate that properly designed and locally adapted renewable-based systems can greatly decrease production costs, enhance energy reliability, and lessen environmental impact. The study finds that incorporating renewable sources into feed production is both technically achievable and financially advantageous, providing a promising path towards energy stability, climate action, and the growth of rural industries.