HOME SIDEWALL MICRO-WINDMILL MODELING AND ANALYSIS FOR SMART HOME DISTRIBUTED GENERATION SYSTEM
Journal: International Journal of Electrical Engineering and Technology (IJEET) (Vol.9, No. 3)Publication Date: 2018-06-27
Authors : SUREKHA S. BHALSHANKAR; C.S. THORAT;
Page : 1-9
Keywords : renewable energy; distributed generation; micro-windmill; Aerodynamic optimization;
Abstract
Home sidewall micro wind-mills are wind turbine is designed for micro-power generation. These Home sidewall micro wind-mills are ranging from 10 Watt turbines up to 1 kW turbines. These micro wind mills are used for a home illumination, home chilling, or miniature refrigeration unit. In our prototype, the generator for micro wind mills typically is DC generator. Their DC output for battery charging and power inverters to convert the power to AC but at constant frequency for grid connectivity. Home sidewall micro wind-mills are designed to work at low wind speeds. But in general micro wind mills necessitate a minimum wind speed of 4 meters per second (13 ft/s). Micro windmill units frequently have direct drive generators, direct current output, lifetime bearings and custom a vane to point into the wind. In order to develop an efficient micro-wind turbine, its type (i.e., a horizontal-axis type) was carefully determined. Efficient utilization of micro wind-mills are comprehensively reviewed and presented in this paper
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