Hybrid Hot Rodders

Do you like complexity, cars, and going really fast?
Are you an electrical engineer or guru who's in need of a hobby?
Do you want to be a part of something that no one else is doing in auto mods?

Welcome to Hybrid Hot Rodders! Have we got a deal for you!

What is a Hybrid Hot Rod? We'll be defining that as part of this group, but the going in proposition is that it's for auto enthusiasts who want to modify their rear-wheel or front-wheel driven auto with electric motors to the non-driven side.

SIPOC Analysis for a Hybrid Hot Rod Vehicle
Supplier Inputs
Battery: Provides electrical energy.
Capacitors: Provides short bursts of high power.
ICE (Internal Combustion Engine): Provides mechanical power to the rear wheels.
Electric Motors: Convert electrical energy to mechanical energy, powering the front wheels.

Inputs
Throttle Input: Driver's demand for acceleration.
Vehicle Speed: Real-time vehicle speed.
Battery State of Charge (SOC): Current battery charge level.
ICE RPM and Torque: Real-time engine performance data.

Process
Power Management System:
Controls power flow: Manages the distribution of power between the ICE and electric motors.
Optimizes performance: Balances power output to maximize acceleration.
Regulates battery usage: Manages battery charging and discharging to prevent overcharging or deep discharge.
Electric Motor Control:
Controls motor speed and torque: Adjusts motor output to match the desired acceleration and vehicle speed.
Monitors motor temperature: Ensures optimal operating conditions.
Regenerative Braking:
Captures kinetic energy during braking and stores it in the battery.
Cooling System:
Maintains optimal operating temperature for all components, including the battery, electric motors, and power electronics.

Outputs
Vehicle Acceleration: Increased acceleration and improved launch performance.
Reduced 1/4-mile Time: Faster track times.
Improved Traction: Enhanced traction control and stability.

Customer
Driver: Experiences improved performance and driving experience.
Vehicle Owner: Benefits from increased vehicle value and exclusivity.

Key Considerations for High-Current Draw:

Battery Capacity: A high-capacity battery is essential to provide sufficient energy for peak power demands.
Power Electronics: Efficient power electronics, such as inverters and converters, are crucial for managing high currents and minimizing losses.
Cooling System: A robust cooling system is necessary to prevent overheating of the battery, motors, and power electronics.
Wiring and Connectors: Heavy-duty wiring and connectors are required to handle the high current.
Motor Design: The electric motors should be designed to handle high current and high torque output.