Electric Loader Vehicle (3-Wheeler)

Model: E-BULL with Lithium Battery

Technical Specification

S.No Description Specification
1 Electric System Lithium Battery 3000 Cycles 5KW One quantity
2 Motor 2000/3000Watts 6Phase PMSM/ BLDC
3 Dimensions Length-Width-Height 2960mm x1220mm x1800mm
4 Loading Deck Dimensions (L-W-H) 1500mm x1220mm x1200mm
5 Controller 60V *36 Tubes
6 Wheel Base 2032mm
7 Vehicle Kerb Weight 360-400kg
8 Max Load 850Kg
9 Battery Lithium Battery upto 5KW
10 Climbing Gradient Till 30degrees
11 Brakes Hydraulic
12 Battery Warranty 2 Years
13 Charging Time Charging Time
14 Range Per Charge 55-60Kms
15 Top Speed 25 Kmph

Model: E-LODA with Lithium Battery

Technical Specifications

S.No Description Specification
1 Electric System Lithium Battery 3000 Cycles 5KW One quantity
2 Power 1400W @ 450RPM (1.86 HP)
3 Dimensions Length-Width-Height 2860mm X 1350mm X 1890mm
4 Ground Clearance 180mm
5 Wheel Base 2200mm
6 Loading Capacity 650kg + vehicle + Driver
7 Un laden Weight (ULW) 420 Kgs
8 420 Kgs Lithium5KW
9 Climbing Gradient Till 20degrees
10 Brakes Mechanical Braking
11 Battery Warranty 2 Years
12 Charging Time 3.45 to 4Hrs
13 Range Per Charge 100 to 120 Kms
14 Maximum Speed 25 to 30Kmph
15 AC Current Consumption 4.6 Unit / per single Charge

Model: E-CART with Lithium Battery Add the E-Cart model in Website

Technical Specification

S.No Description Specification
1 Electric System Lithium Battery 3000 Cycles 5KW One quantity
2 Power 1400W @ 450RPM (1.86 HP)
3 Dimensions Length-Width-Height 2860mm X 1350mm X 1890mm
4 Ground Clearance 180mm
5 Wheel Base 2200mm
6 Loading Capacity 650kg + vehicle + Driver
7 Un laden Weight (ULW) 420 Kgs
8 Battery Lithium5KW
9 Climbing Gradient Till 20degrees
10 Brakes Mechanical Braking
11 Battery Warranty 2 Years
12 Charging Time 3.45 to 4Hrs
13 Range Per Charge 100 to 120 Kms
14 Maximum Speed 25 to 30Kmph
15 AC Current Consumption 4.6 Unit / per single Charge

Why Electric instead ICE?

  • Silent and Engine Vibration free
  • Eco Friendly and Low CO2, Nitrogen and carcinogenic elements Emission in air.
  • Home Charging/ Convenient charging
  • Decrease in Utility Prices and yearly running cost than Conventional vehicle
  • Smart controlled features/ GPRS navigation system
  • High Performance with Less Maintenance
  • Smooth driving experience

Advantages of Battery E-Vehicle (BEV) when compared to Internal Combustion Engine Vehicle (ICE) in terms of Cost and Mileage

  • Cost incurred:
    BEV- Rs.0.50 per kilometer
    ICE- Rs.7 per kilometer (Fuel and Maintenance)
    Savings – Rs.6.50 per kilometer
  • Mileage given:
    BEV - Range 70km per charge
    ICE - Range 25-30km per Litre
    Mileage is more than double when compare to ICE

Opportunities of Electric Vehicles

  • Government subsidy for ownership
  • New Business model/ Greater opportunities for Research and Development
  • Scarcity of resources of fuel
  • Electricity as an Established energy source
  • Lower Taxes