Abstract
Relevance The growth and development of plants directly depends on watering them with aqueous solutions that contain a sufficient amount of trace elements. In the article, the authors propose an efficient power source for an electrotechnological installation designed for aqueous solutions. This installation allows you to increase nutrients and stimulates their absorption by plants. Aim of research The main task is to develop an efficient device for electrohydropulse treatment of aqueous solutions. Research methods In this study, the following methods were used: patent review and study of scientific literature. Results The authors propose to use a voltage source based on a multifunctional integrated element. The article presents a power supply circuit for an electrotechnological installation based on a two-section single design and technological component. With its versatility, the power supply based on the presented component will allow changing the voltage over a wide range and reducing the weight and dimensions of existing installations many times over. One of the sections of the multifunctional component will be used as a transformer, and the second as a capacitor. Keywords: multifunctional integral electromagnetic component, filter-compensating device, device for electrohydropulse treatment of aqueous solutions, analytical calculation of parameters Acknowledgments: The research was funded by a grant from the President of the Russian Federation Scholarship in 2022–2024 for young scientists and graduate students carrying out promising research and development in priority areas of modernization of the Russian economy. Grantee Khazieva Regina T.
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