Week 8: Power Calculation & Sketch Designs
Design I: Top part of the racking system can be used for delivering.
Design II: This design allows the designer to change the shell shape of solar panels to meet aesthetic requirements.
Design III: Using cable to hole the canary.
Some change for power calculation :
M = 400 #(kg) Mass of fully loaded ATN vehicle
M_v = 400 # vehicle + bogie mass, kg
V_l = 1.5 # line speed, m/s
V_w = 1.5 # average wind speed, m/s
D_s = 9 # distance between stations, m
Design II: This design allows the designer to change the shell shape of solar panels to meet aesthetic requirements.
Design III: Using cable to hole the canary.
Some change for power calculation :
M = 400 #(kg) Mass of fully loaded ATN vehicle
M_v = 400 # vehicle + bogie mass, kg
V_l = 1.5 # line speed, m/s
V_w = 1.5 # average wind speed, m/s
D_s = 9 # distance between stations, m
A_v = 1.5# frontal area of a vehicle, m^2
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