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Center for Smart Mobility and Machines

Teachers

Dr. Sudhansu Kumar Samal

Mr. Amit Kumar Sahoo

Ms. Smitanjali Rout

K Madava Rao

Dr. Sekhar Kumar Sahu

Ms. Sharmistha Sahu

Focus Areas

Product Development

  • Design and Manufacturing

Technology Services

  • Maintenance and Services
  • Consultancy
  • Domain Development
  • Certificate and Skill courses
  • Publications and Patents

 

Outcomes

Design your own E-Vehicles

  • E-Bikes
  • E-Rickshaw
  • E-Commercial Vehicles
  • E-Tractors

 

Completed projects

Design & Development of Smart mobility – E-Rickshaw 

  • End to end product designed digitally (used CATIA & DYMOLA) validated digitally (used SIMULIA) & finally launched digitally used (CATIA) using multi-disciplinary apps of 3D Experience Platform.
  • Design & development of Electric Rickshaw for 600kg passenger carrier (4+1 seater).
  • Low affordable mobility.

Product Technical Specification:

  • Overall dimension: 2800 *1000*1800 mm
  • Ground clearance: 250mm
  • Speed: 25 Kmph
  • Motor: BLDC Motor (48V, 7.5 KW) 900 rpm
  • Range: 40-60 km/charge
  • Battery Capacity: SLA /SMF lead-acid battery (4 nos, 12V, 200Ah)
  • Kerb weight: 321 Kg
  • Gross vehicle weight: 600 Kg
  • Seating capacity: 4+1

 

2.Design & Development of 1.5 Ton Small Commercial Passenger Electric Vehicle

  • Design & development of Electric Vehicle for 1.5 Ton passenger carrier (7+1 seater) Small commercial vehicle (SCV)
  • Low cost and up to last-mile distribution with “GO GREEN the SAVE ENVIRONMENT” for rural and urban sectors
  • Use of digital multi-disciplinary technology using the 3D Experience Platform of Dassault Systems.
  • Commercialize with start-ups, Intellectual Property, and/or generate employability.

Product Specification:

  • Technology: Fused Deposition Modelling
  • Print Size: 210mm * 210mm * 210mm
  • Compatible Materials: PLA, ABS, HIPS Etc
  • Material Colors Available: More than 30 colors
  • Print Resolution: 0.1 mm/100 Microns
  • Hot-end Type: Single Extruder
  • Nozzle-Type: Brass
  • Nozzle Max. Temp.: 260°C
  • Working Ambient Temp.: 15-40°C
  • Connectivity: SD-Card/USB
  • Power: Input Voltage: 220 V, 50Hz Input/ Current: 5-6 Amp.
  • Max. Bed Temp.: 100°

On-going projects

  • E-Rickshaw Goods Carriers Variants
  • 1.5 ton to 3-ton ESCV for Goods and Passenger carriers
  • E-Bike
  • E-Rickshaw for Passenger
  • E-cycle
  • E-Rickshaw Power Train Design
  • Breaking and Load Test for Drive System

Center Patents/ Design Patents/ Copyrights

Publications

  1. Dr. Sudhansu Kumar Samal, A. M. (2021). Lithium-Ion Battery and Battery Management System for an Electric Vehicle. Design Engineering, 508-517.
  2. Dr. Sudhansu Kumar Samal, A Detail Analysis on Performance of Electrical Vehicle. international journal of contemporary architecture the new arch.
  3. Dr. Amit Kumar Sahoo, Design and Analysis of Electric Vehicle with Battery,
  4. P A Sunny Dayal, Influence of Power Loss in Matched Terminations on the Design of Slot Coupled Wave Guide Junctions, he ECTI Transactions on Electrical Engineering.
  5. Sharmistha Sahu, Design of drone used in chemical application using 3D modelling, Internal journal of current microbiology and applied science.

Industry Partners

  • General Aeronautics, Bengaluru

https://www.generalaeronautics.com/


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