Use of solar energy for the outdoor lighting of Ternopil https://doi.org/10.33108/visnyk_tntu2017.03.126
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Abstract
The analysis of the energy potential of solar radiation taking into account the climatic conditions of the city of Ternopil area during the last five years has been carried out. The average monthly and average daily values of solar radiation energy are determined. It is shown, that the most efficient for generation of electric energy is the period from April to September. The analysis of daily and monthly electricity consumption by the systems of outdoor lighting of the city of Ternopil for 2014 – 2016 is made. The methodology and the calculation of the autonomous system of power supply of outdoor lighting in the city of Ternopil using solar panels of KV 250M type, Li-ion batteries of LP48100ES type and the control system consisting of the MPPT controllerwatching charge – discharge of batteries and the inverter of Growatt 10000HY type, have been proposed. The
technical and economic calculation of the cost of the autonomous power system have been carried out.
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