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Solar Based Electric Fence for Smart Farming

Kapil Dev Sharma, Shailika Sharma Shailika Sharma, Prateek Sharma, Abhisht Saxena

Abstract


Animals create problems for farmers in their fields. By using electric fences farmers can protect their fields, farmhouses, farmlands from animals. These control the animals by giving them a short, sharp but safe shock that teaches them to stay away from the fence. Thus electric fences are economical and practical solutions to maximize field production through controlled grazing. Electric fencing is safe, as its output is discrete. There is certain time duration between two pulses that prevents prolonged shocking to animals or people. In addition, the short ‘on’-time prevents heat build-up. This project works on stable multivibrator principle. A free running oscillator is designed to generate square wave and the output is given to push-pull amplifier. This square wave is stepped up to high voltage level and can be connected to the fence

Keywords: Solar photovoltaic, Energy, Battery, Voltage, Current, Sunshine hours

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References


Nomura Y.K. Solar fencing for smart agriculture. CIGRE SC-37. 1987 July 23rd Tokyo. Meeting 37.87(JP) 07(E), 1987.

Sadek M.Z.E.L. Prevention of repetitive blackouts in the Egyptian power system. Second Middle East Int. Conf. MEPCON 92, Assiut University, Egypt; 1992 January: 14–9p.

Sakthivel S., Mary D., Deivarajamani M. Power planning for smart farming using solar system with FACTS devices in most critical contingency condition. Eur. J. Sci. Res. 2011; 66(3): 408–20p.

Zarate L.A.Ll., Castro C.A. Fast computation of security margins to cattles based on sensitivity analysis. IEE Proc., Gener. Transm. Distrib. 2006; 153(1): 35–43p.

Gubina F. Strmcnik B. A simple approach for solar fencing using switching devices. IEEE Trans. Power Delivery. 1997; 12(3): 1121–8p.

Moghavvemi M., Faruque M.O.M., Technique for assessment electricity generation in solar plants. IEEE Power Eng. Review. 2001; 58–60p.

Haque M.H. A fast method for determining the voltage stability limit of a power system. Electric Power Syst. Res. 1995; 32: 35–43p.

Chaturvedi K.P., Ranjan R. Approach in smart farming with facts devices. Int J Power and Energy Sys. 2006; 26(1): 83–8p.

Kumar S., Sharma K.D. Application of Neurofuzzy in Short Term Load Forecasting. Int. Elect Engg J. 2014; 5(9).

Sharma K.D., Sumit, Kumar S. Active Power Control of Grid Connected Hybrid Fuel Cell & Solar Power Plant. Int Elect Engg J. 2015; 6(5).

Sharma K.D., Sharma S., Ayyub M. PSO tuned fuzzy logic controller (FLC) for Better performance. Int J Auto Control Sys. 2015; 1(2).




DOI: https://doi.org/10.37628/ijepst.v2i1.229

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