The mobility industry is rapidly transforming from conventional powertrain systems to hybrid and electric powertrain systems. With years of experience in electric vehicle architecture and design, KPIT has developed a suite of engineering solutions that help customers develop technologically advanced electric vehicles that are both safe and reliable.
KPIT has developed a comprehensive process for electric vehicle design and development which includes various technical and operational considerations as shown below:
Changing Customer Demand/Economic Forces
Vehicle Parameters
- Vehicle Load Condition
- Vehicle Dimension
- Prime Mover
- Auxiliary System
Operational Factors
- Driving Cycle
- Driving Pattern
- Driving Condition
- Drive Assistance
Regulatory Factors/Competitive
Forces
System Specifications
- Power & Torque
- Safety
- Testing & Homologation
Targets
- Range
- Gradeability
- Max Speed
- Acceleration
- Charging Time
Social Factors
Environmental & Traffic Condition
- Temperature
- Road Condition
- Road Friction
- Altitude
- Traffic
- Road Friction
Technological Change
Electric Bus Technologies
- Body Type
- E-Powertrain Controls
- Battery Cell Properties
- Charging System
- Vehicle Control Unit
- Electrical Distribution System
- Testing & Homologation
