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ment of an iIndustry is 20200 kWh ,we calculate that what will be the si wind turbine that is required to be installed to meet the energy requirement. Following assumptions are taken into account for estimation: Annual energy requirement = 20200 kWh %3D Propeller type wind machine is used Coefficient of performance = 0.40, Loss factor value = 0,325 Wind speed at 28 mph (This wind speed should be taken from the wind data prepared for that loc Density of air = 1 kg/m Capacity factor = 0.30 (1.e. 30% of the time, wind machine is producing energy at rated power) Number of hours in a month 830 hours. Annual energy density %3D

ment of an iIndustry is 20200 kWh ,we calculate that what will be the si wind turbine that is required to be installed to meet the energy requirement. Following assumptions are taken into account for estimation: Annual energy requirement = 20200 kWh %3D Propeller type wind machine is used Coefficient of performance = 0.40, Loss factor value = 0,325 Wind speed at 28 mph (This wind speed should be taken from the wind data prepared for that loc Density of air = 1 kg/m Capacity factor = 0.30 (1.e. 30% of the time, wind machine is producing energy at rated power) Number of hours in a month 830 hours. Annual energy density %3D

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Assume that annual energy requirement of an industry is 20200 kWh ,we calculate that what will be the size of wind turbine that is required to be installed to meet the energy requirement. Following assumptions are taken into account for estimation: Annual energy requirement = 20200 kWh %3D Propeller type wind machine is used Coefficient of performance = 0.40, Loss factor value = 0,325 %3D Wind speed at 28 mph (This wind speed should be taken from the wind data prepared for that locatfon. Density of air = 1 kg/m Capacity factor = 0.30 (i.e. 30% of the time, wind machine is producing energy at rated power) Number of hours in a month 830 hours. Annual energy density = %3D Radius of rotor =
Transcribed Image Text:Assume that annual energy requirement of an industry is 20200 kWh ,we calculate that what will be the size of wind turbine that is required to be installed to meet the energy requirement. Following assumptions are taken into account for estimation: Annual energy requirement = 20200 kWh %3D Propeller type wind machine is used Coefficient of performance = 0.40, Loss factor value = 0,325 %3D Wind speed at 28 mph (This wind speed should be taken from the wind data prepared for that locatfon. Density of air = 1 kg/m Capacity factor = 0.30 (i.e. 30% of the time, wind machine is producing energy at rated power) Number of hours in a month 830 hours. Annual energy density = %3D Radius of rotor =
Wind speed at 28 mph (This wind speed should be taken from the wind data prepared for that location. Density of air =1 kg/m Capacity factor = 0.30 (i.e. 30% of the time, wind machine is producing energy at rated power) !3! Number of hours in a month 830 hours. Annual energy density Radius of rotor = Turbine Rating = %3D
Transcribed Image Text:Wind speed at 28 mph (This wind speed should be taken from the wind data prepared for that location. Density of air =1 kg/m Capacity factor = 0.30 (i.e. 30% of the time, wind machine is producing energy at rated power) !3! Number of hours in a month 830 hours. Annual energy density Radius of rotor = Turbine Rating = %3D
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