CURATED AUTOMOTIVE DIRECTORY
New Energy Vehicles
Hybrid and EV fundamentals, low-voltage diagnosis, charging, thermal management, and high-voltage boundaries.
ARTICLES & MATERIALS
Start with these guides
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EV High-Voltage and Low-Voltage: Know the Boundary
An EV can have a disabled or discharged traction system and still contain dangerous high voltage; its 12-volt system also controls contactors, communication, locks, and charging logic.
Read guideEV Charging: Source, Connector, and Power Limits
Charging rate is limited by the supply, EVSE, connector, onboard charger or DC charging system, battery state, temperature, and vehicle control strategy.
Read guideHybrid Regenerative Braking and Blended Brake Feel
Regenerative and friction braking may be blended by control software, so pedal feel and deceleration can change with battery state, temperature, traction events, and faults.
Read guideEV Thermal Management: Diagnostic Context
Battery, cabin, motor, inverter, and charging performance can share pumps, valves, refrigerant, coolant, sensors, and control strategies.
Read guideWhy a Weak 12-Volt Battery Can Cause Many EV Alerts
The low-voltage battery powers control modules and enables the high-voltage contactors. Low or unstable supply can create communication and initialization faults across the vehicle.
Read guideUse these guides to plan checks, not to replace model-specific service information. Stop when a procedure involves unsupported lifting, pressurized fuel, pyrotechnic restraints, refrigerant recovery, or high-voltage isolation beyond your training and equipment.