Travelling pod in a Hyperloop (stage 3)
- 1. Travelling pod in a hyperloop by Sanjay mishra
- 2. List of content 2 ▰Introduction ▰List of components ▰Cad model ▰Analysis
- 3. Introduction ▰ This Hyperloop is a futuristic take on an old technology, specifically the pneumatic tube. Precisely the Hyperloop concept is a complicated mix of pneumatics and magnetic levitation, powered by solar power. ▰ The concept requires a vacuum environment in the Hyperloop system and uses magnetic levitation and propulsion to move capsules containing passengers. 3
- 4. List of Components ▰ BLDC motors (2) ▰ LIPO battery ▰ ESC ▰ Arduino nano ▰ Propellers ▰ Magnets 4
- 6. BLDC Motor ▰ RPM/V :1400 Stator ▰ Poles : 14 Motor Winding : 18 RPM(KV) : 1800Idle ▰ Current(A) : 0.68/8Max ▰ Power(W) : 220/3Rotor ▰ Thrust g/S : 1265/4 6
- 7. LIPO battery ▰ Full Charge in 180 minutes with special charger ▰ Long life with full capacity ▰ Li-Po 3.7V 2200mAh cells (3S1P)195Grams ▰ Discharge Current: 40*2200maH = 88Amp 7
- 8. Arduino nano ▰ V Input Voltage (limits): 6- 20 V Digital ▰ I/O Pins : 14 (of which 6 provide PWM Output) ▰ Analog Input Pins: 8DC ▰ Current per I/O Pin: 40 ▰ mA Flash Memory 32 KB ▰ Clock Speed: 16 MHz 8
- 9. ESC ▰ Output: 20A continuous ▰ Input: 30A continuous ▰ Input voltage: 2-4 cells Lithium Polymer / Lithium Ion battery ▰ Max. Speed ▰ 2 Pole: 210,000rpm; 6 Pole: 70,000rpm; 12 Pole: 35,000rpm 9
- 10. 3d Model of pod 10
- 11. Analysis of Pod Frame 11