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Electroinduction wireless system of power supply of mobile agricultural electrical units
Abstract
The electro induction method for power supply of mobile units is proposed. This method is designed to transmit electrical energy to mobile unit. The description of the contactless receiving/transmitting device is presented. This device contains frequency converter, step-up high-frequency resonant transformer, energy transmission line located inside the roadbed on which the electrical unit moves, and energy receiving system for the mobile unit. The analysis of the test results of the device model sample is presented. The reactive electromagnetic field generated by the supply electroinduction system works as a translator of energy in the developed electrical energy transmission method. The application of the contactless electrical energy transmission for mobile units will permit to remove the costs of the contact circuits installation or the costs of the special drums for cable receiving, as well as to ensure high reliability and to decrease negative influence of vehicles on the environment.
About the Authors
V. Z. Trubnikov
All-Russian institute of electrification of agriculture
Russian Federation
A. I. Nekrasov
All-Russian institute of electrification of agriculture
Russian Federation
References
1. Стребков Д.С., Некрасов А.И. Резонансные методы передачи и применения электрической энергии. Изд. 3-е. М.: ГНУ ВИЭСХ, 2008. С. 352.
2. Стребков Д.С., Некрасов А.И., Трубников В.З. Резонансная система передачи электрической энергии // Материалы Всеросс. научно-техн. конференции «Электроэнергия: от получения и распределения до эффективного использования». Томск: ТПУ, 2010. С. 205-207.
3. Патент РФ № 2 442700 МПК B60L9. Способ и устройство бесконтактного электроснабжения электротранспортного средства (варианты) / Стребков Д.С., Трубников В.З., Некрасов А.И., Королев В.А. // БИ. 2012. № 5.
For citations:
Trubnikov V.Z.,
Nekrasov A.I.
Electroinduction wireless system of power supply of mobile agricultural electrical units. Alternative Energy and Ecology (ISJAEE). 2014;(4):77-81.
(In Russ.)
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