Abstract
The article discusses the development of small-sized renewable energy systems for rural areas of Kazakhstan, which is relevant in the context of the prevalence of hydrocarbon energy sources in the country. Despite the significant energy potential, especially in the southern regions with developed agriculture, the share of renewable energy sources remains low. A model of an ultra-low-power rotary solar installation designed for remote areas not connected to the power grid, where agricultural production and livestock farming are carried out, is presented. The main objective is to study the parameters of this model to create a prototype suitable for operation in the field. Particular attention is paid to the compactness of the design, ensuring ease of transportation and speed of deployment. Also taken into account are the conditions of a hot climate with temperatures above +40°C, efficient cooling of photovoltaic modules is ensured. The design is designed to operate in high dust conditions and is equipped with a self-cleaning system, which increases the reliability and durability of the installation