Bharat Solar Vehicle Challenge - BSVC Virtual Presentation PDF

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SubstantiveMistletoe

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Sri Krishna College of Engineering and Technology

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solar vehicle mechanical engineering automotive engineering e-kart

Summary

This presentation details the Bharat Solar Vehicle Challenge (BSVC), highlighting the design features and technical specifications of a solar vehicle. The document showcases the professional e-kart team's work created by Sri Krishna College of Engineering and Technology.

Full Transcript

Bharat Solar Vehicle Challenge Powered By Fraternity of Mechanical and Automotive Engineers- FMAE BSVC- VIRTUAL PRESENTATION Team Name:...

Bharat Solar Vehicle Challenge Powered By Fraternity of Mechanical and Automotive Engineers- FMAE BSVC- VIRTUAL PRESENTATION Team Name: Team Gandiva Team Number: S23010 College Name: Sri Krishna College of Engineering and Technology Design Category: Profession Category https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC ABOUT US A pioneering professional e-kart team dedicated to advancing sustainable transportation through innovative solar vehicle technology. Our team is committed to excellence in design, engineering, and performance, driven by a passion for renewable energy solutions. https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC TEAM STRUCTURE https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC VEHICLE TECHNICAL SPECIFICATIONS Vehicle Dimensions Motor & Battery Specification: Overall length : 125 in Type of Motor & Controller : PMSM Wheel base : 86 in & IGBT Track Width : 57 in Motor KW: 6KW Ground Clearance :10 in Motor Peak Volt : 72V Overall height : 52 in Types of Battery : Lithium ion(NMC) Weight Without Driver : 350kg Battery Amps rate : 150 Ah Weight With Driver : 420 Kg Battery rating in KW : 9 KW Tyre Size Auxiliary Battey Specifi cations : Front Tire : 20 in 12V DC Rear Tire : 20 in https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC CHASSIS DESIGN https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC CHASSIS DESIGN Specific heat 0.477J/g-C 50-100℃ Capacity Specific heat 0.523J/g -C 150-200℃ capacity at elevated temperatur e Specific heat 0.837J/g-C 750-800℃ capacity at elevated temperatur Mechanical e Characteristics Thermal conductivity 42.7Wm-K 100℃ Thermal 30.1 Wm-K 1200℃ conductivitr y at elevated temperature Thermal 40.7Wm-K 300℃ conductivitr y at elevated temperature https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC STEERING Steering System Steering Column Steering Geometry : Ackerman Steering Wheel Diameter: 12 inch Ackerman Percentage : 30.23 % Steering Wheel Torque: 278.74 Nm Ackerman Angle : 21.8014° Steering angle inside : 43° Steering angle outside : 30° Steering ratio : 12:1 Length of Tie rod : 7 inch https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC BRAKING F/R Split or X split : X Split Deacceleration : 11.69 m/s^2 Break pedal force : 2100 N Stopping Distance : 5.2 m Master Cylinder Pressure : 7.37 N/mm^2 Stopping time : 1.18 sec Force Generated by Caliper : 7501.71 N Brake line pressure : 17.48 Mpa Clamping Force : 35601.37 N Rotating Force : 14240.54 N Braking Torque : 1295.88 N Braking Force : 40481.51 N https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC SUSPENSION AND WHEEL ASSEMBLY FRONT FVSA REAR FVSA FRONT SVSA REAR SVSA https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC SUSPENSION AND WHEEL ASSEMBLY FRONT VIEW REAR VIEW https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC TRANSMISSION Power Train Calculation Motor confi guration : 6KW Diff erential Type : Open Motor Sprocket Teeth Nos : 15 Motor Sprocket diameter : 3 in Final Drive Gear Teeth Nos : 58 Final Gear Drive Ratio : 1:3.86 Type of Power Transmission : Chain Wheel Size : 20 in https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC ELECTRICAL PRIMARY CIRCUIT SECONDARY CIRCUIT https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC INNOVATION CAN BUS https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC SOLAR Length (L) = 1400mm Width (W) = 660mm https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC Thanking You https://www.fmae.in/bsvc/ Season:01 FMAE/BSVC

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