<p>This article presents the results of research conducted using electrotechnological methods to obtain environmentally clean, high-quality leaves; to protect mulberry branches and foliage from diseases and pests; and to increase overall productivity. The mulberry tree is the primary source of feed in sericulture, and its leaves also play an important role in pharmaceuticals and livestock farming. Therefore, producing high-quality, ecologically safe leaves is an urgent task. Alongside traditional agrotechnical methods, the application of modern <br /> electrotechnological solutions has demonstrated high efficiency in increasing yield.The main electrotechnological tools used are ultraviolet radiation and electroactivated water. Research indicates that ultraviolet radiation of a specific wavelength activates photosynthetic processes in mulberry leaves, neutralizes microorganisms, and enhances the nutritional value of the foliage. At the same time, anolyte and catholyte solutions of electroactivated water possess disinfecting and growth-stimulating properties. Their application in irrigation and foliar spraying increases the tree’s resistance to diseases, enhances leaf mass, and improves overall crop quality. According to experimental results, the highest efficiency was observed when a 60 W UV lamp was used in combination with electroactivated water. Compared to the control group, shoot length increased by 63%, and the total weight of leaves rose significantly. This expands the feed base for sericulture and enables the production of higher-quality cocoons. Electrotechnological treatment <br /> of mulberry trees is an environmentally friendly, economically efficient, and highly productive solution that ensures feed stability in sericulture.</p>