design proposal

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Specifications

Model for Electracycle all electric motorcycle - Specifications
Battery Types NMC LMO LFP
Energy Density 0.575 0.495 0.4 kWh/kg
Density 1500 1500 1500 kg/m3
Cost 1400 1200 1000 $/kWh
Life 1100 1000 1200 recharges
Bike Cost 6000 $
Regen Brake Fitted n ENTER Y / N
Regen Brake Mass 0 kg Enter 0 or 3
Regen Brake Size 0.001 m3
Brake Return % 17 %
Cycle mass 80 kg
Rider Mass 80 kg
Energy Usage 12 %/s
Wheel Radius 0.305 m
Average Speed 30 km/h 8.3333333333 m/s
Pin 17.5 kW 17500 W
E 48 V
Nominal Torque 64.8 Nm
Efficiency 90 %
Internal Battery Resistance 50 mΩ
Max Safe Temp 50 C
Heat Trans Co-Eff 100 W/m2/K
Average Ambient Temp 40 C
N

Technical Analysis

Model for Electracycle all electric motorcycle - Technical Analysis
NMC Capacity Battery Mass Batt Size Init Cost Tot size Tot Mass Batt Life # Batt Rqd Cost Batt Total Cost Accel P to Maint Brk Ret E Tot Bat Life Range Time to Av V I Qh Area rqd Batt area Fin area
Size kWh kg m3 $ m3 kg Yrs in 10 Yrs $ $ ms-2 W W W h km s A W m2 m2 m2
-44 4.4 7.65 0.005 12,160.00 0.005 167.652 4.4 2.273 3,181.82 15,341.82 1.267 1397.101 0.000 1397.101 2.834 85.033 6.576 32.340 52.295 0.105 0.059 0.045
-60 6 10.43 0.007 14,400.00 0.007 170.435 4.4 2.273 3,181.82 17,581.82 1.247 1420.290 0.000 1420.290 3.802 114.061 6.685 32.877 54.045 0.108 0.073 0.035
-75 7.5 13.04 0.009 16,500.00 0.009 173.043 4.4 2.273 3,181.82 19,681.82 1.228 1442.029 0.000 1442.029 4.681 140.427 6.787 33.380 55.712 0.111 0.085 0.027
LMO Capacity Mass Size Cost Tot size Mass Batt Life # Batt Rqd Cost Batt Total Cost Accel P to Maint Brk Ret E Tot Bat Life Range Time to Av V I Qh Area Batt area Fin area
Size kWh kg m3 $ m3 kg Years in 10 Yrs $ $ ms-2 W W W h m s A W m2 m2 m2
-44 4.4 8.89 0.006 11,280.00 0.006 168.889 4 2.5 3,000.00 14,280.00 1.258 1407.407 0.000 1407.407 2.814 84.411 6.624 32.579 53.069 0.106 0.065 0.041
-60 6 12.12 0.008 13,200.00 0.008 172.121 4 2.5 3,000.00 16,200.00 1.234 1434.343 0.000 1434.343 3.765 112.944 6.751 33.202 55.120 0.110 0.081 0.030
-75 7.5 15.15 0.010 15,000.00 0.010 175.152 4 2.5 3,000.00 18,000.00 1.213 1459.596 0.000 1459.596 4.625 138.737 6.870 33.787 57.078 0.114 0.093 0.021
LFP Capacity Mass Size Cost Tot size Mass Batt Life # Batt Rqd Cost Batt Total Cost Accel P to Maint Brk Ret E Tot Bat Life Range Time to Av V I Qh Area Batt area Fin area
Size kWh kg m3 $ m3 kg Years in 10 Yrs $ $ ms-2 W W W h m s A W m2 m2 m2
-44 4.4 11.00 0.007 10,400.00 0.007 171.000 4.8 2.083 2,083.33 12,483.33 1.242 1425.000 0.000 1425.000 2.779 83.368 6.707 32.986 54.404 0.109 0.075 0.033
-60 6 15.00 0.010 12,000.00 0.010 175.000 4.8 2.083 2,083.33 14,083.33 1.214 1458.333 0.000 1458.333 3.703 111.086 6.864 33.758 56.979 0.114 0.093 0.021
-75 7.5 18.75 0.013 13,500.00 0.013 178.750 4.8 2.083 2,083.33 15,583.33 1.189 1489.583 0.000 1489.583 4.531 135.944 7.011 34.481 59.447 0.119 0.108 0.011

Graphs

Model for Electracycle all electric motorcycle - Graphs
Initial Cost Volume of components
NMC LMO LFP NMC LMO LFP
-44 12,160.00 11,280.00 10,400.00 -44 0.0051 0.0059 0.0073
-60 14,400.00 13,200.00 12,000.00 -60 0.0070 0.0081 0.0100
-75 16,500.00 15,000.00 13,500.00 -75 0.0087 0.0101 0.0125
$ m3
Total Cost Range
NMC LMO LFP NMC LMO LFP
-44 15,341.82 14,280.00 12,483.33 -44 85.03 84.41 83.37
-60 17,581.82 16,200.00 14,083.33 -60 114.06 112.94 111.09
-75 19,681.82 18,000.00 15,583.33 -75 140.43 138.74 135.94
$ km
Fin area Time to Av V
m2 s
NMC LMO LFP NMC LMO LFP
-44 0.045 0.041 0.033 -44 6.58 6.62 6.71
-60 0.035 0.030 0.021 -60 6.69 6.75 6.86
-75 0.027 0.021 0.011 -75 6.79 6.87 7.01

Graphs
Total Cost NMC
Total Cost LMO
Total Cost LFP
Range NMC
Range LMO
Range LFP
Initial Cost NMC
Initial Cost LMO
Initial Cost LFP
Volume of components NMC
Volume of components LMO
Volume of components LFP