Glossary of 100 Electric Vehicle (EV) Terms Starting with ‘A’
- AC Charger – A charger that supplies alternating current (AC) to an EV.
- AC Induction Motor – An electric motor commonly used in EVs.
- AC Power – Electrical power delivered as alternating current.
- Accessory Battery – A secondary battery powering vehicle accessories.
- Active Aerodynamics – A design feature to improve vehicle aerodynamics.
- Adaptive Cruise Control – A system adjusting vehicle speed based on traffic.
- Advanced Driver Assistance System (ADAS) – Technology assisting drivers in various tasks.
- Aftermarket – Vehicle components installed after the original sale.
- Aggressive Driving – Driving style leading to reduced EV range.
- Air Cooling System – A method to cool batteries and components.
- Air Resistance – Force opposing vehicle motion through air.
- Air Suspension – A system using air springs for ride quality.
- All-Electric Range (AER) – The distance an EV can travel on electricity alone.
- All-Wheel Drive (AWD) – Power delivery to all four wheels.
- Alternating Current (AC) – Electric current that reverses direction periodically.
- Alternative Fuels – Fuels other than traditional gasoline or diesel.
- Amperage (Amp) – A measure of electrical current.
- Amp-Hour (Ah) – A unit indicating battery capacity.
- Anode – The positive electrode in a battery.
- Anti-Lock Braking System (ABS) – A safety feature preventing wheel lock.
- App Integration – Connecting EV features to a mobile application.
- Approach Angle – The maximum angle a vehicle can climb without damage.
- Armature – The rotating part of an electric motor.
- Artificial Intelligence (AI) – Tech enabling automation and decision-making.
- Assembly Line – Production method for EV manufacturing.
- Assistive Steering – Power-assisted steering for easier control.
- Asynchronous Motor – A type of electric motor used in EVs.
- Automated Charging – Charging process without manual intervention.
- Autonomous Vehicle – A vehicle capable of self-driving.
- Automotive Battery – Battery used to power EV systems.
- Auxiliary Power Unit (APU) – A device providing additional power.
- Axial Flux Motor – A compact, efficient electric motor design.
- Axle – A shaft connecting vehicle wheels.
- Axle Load – The weight supported by a vehicle axle.
- Axle Ratio – Ratio determining torque distribution in EVs.
- Active Thermal Management – Temperature regulation of EV components.
- Adhesion Control – System ensuring tire grip during driving.
- Advanced Materials – Materials enhancing EV performance.
- Aerodynamic Drag – Resistance caused by air against vehicle motion.
- Affordability Index – A measure of EV cost-effectiveness.
- After-Sales Service – Maintenance and service post-EV purchase.
- Ageing (Battery) – Battery performance decline over time.
- Air Flow Sensor – A sensor monitoring air intake.
- Air-Conditioning Load – Power consumption by the climate control system.
- Alloy Wheels – Lightweight, durable wheels enhancing efficiency.
- Alternative Propulsion – Non-traditional vehicle power sources.
- Aluminum Frame – Lightweight frame material used in EVs.
- Ampacity – Maximum electric current a conductor can carry.
- Amplifier – Device boosting electric signals.
- Analogue Display – Non-digital vehicle display interface.
- Anchor Point – Secure mounting points in an EV.
- Annual Maintenance Contract (AMC) – Service contract for periodic EV maintenance.
- Anti-Theft System – Security system preventing EV theft.
- Applied Torque – Rotational force delivered by the motor.
- Automatic Emergency Braking (AEB) – System braking the vehicle in emergencies.
- Automotive Industry Standard (AIS) – Regulatory standards for EVs.
- Autonomy Level – Degree of vehicle self-driving capability.
- Availability Rate – EV operational readiness percentage.
- Average Speed – Mean speed maintained by an EV.
- Average Energy Consumption – Typical energy use during driving.
- Axial Load – Force applied along the vehicle’s axis.
- Acoustic Vehicle Alerting System (AVAS) – Noise system alerting pedestrians.
- Adaptive Load Management – Smart distribution of charging power.
- Advisory Display – Screen providing vehicle status updates.
- Afterglow Effect – Residual light from vehicle displays.
- All-Electric Drive – Vehicle operating solely on electricity.
- Ampere Rating – Electrical current capacity of EV components.
- Analog Signal – Continuous signal transmission in EV systems.
- Anchored Load – Secure attachment reducing movement.
- Auto-Tuning – Automated system adjustment for optimal performance.
- Advanced Battery Pack – A high-capacity EV battery system.
- Auto Charging Timer – Scheduled EV charging feature.
- Adaptive Energy Use – System optimizing energy consumption.
- Auto-Lock Function – Vehicle locking system after exit.
- Automatic Climate Control – System regulating interior temperature.
- Advanced Navigation System – GPS-based route optimization.
- Auto-Park Assist – System aiding in vehicle parking.
- Automotive-Grade Material – High-quality materials used in EV production.
- Auto-Regen Braking – Automated regenerative braking feature.
- Advanced Control Unit – Central EV control module.
- Auto-Switch Mode – Automatic mode selection in hybrid EVs.
- Accelerator Pedal – Pedal controlling EV speed.
- Active Noise Control – System minimizing cabin noise.
- Adaptive Lighting – Headlights adjusting based on driving conditions.
- Anodized Coating – Protective layer enhancing durability.
- Autonomous Parking – Vehicle self-parking capability.
- Automatic Headlights – Lights activating automatically in low visibility.
- Auto Door Locks – Doors locking automatically when in motion.
- Anti-Collision System – Technology preventing collisions.
- Autonomous Braking – System braking without driver input.
- Axle Drive System – Power delivery system to axles.
- Automatic Lane Assist – System maintaining lane position.
- Advanced Driver Monitoring – System observing driver behavior.
- Automated Traffic Control – Traffic management through automated systems.
- Anti-Roll Bar – Suspension component reducing body roll.
- Advanced EV Charger – High-speed charging station.
- Auto-Reverse Function – Automatic reversing assistance.
- Analog Interface – Basic control interface in some EVs.
- Active Shutter Grille – Grille system reducing aerodynamic drag.
- Automated Reporting – Automatic EV performance reports.
- Active Battery Balancing (ABB) – A system that ensures equal charge distribution across battery cells.
- Active Cell Monitoring (ACM) – Real-time monitoring of individual battery cells.
- Advanced Battery Management System (ABMS) – Sophisticated system managing battery performance and safety.
- Automatic Power Distribution (APD) – System managing power flow between EV components.
- Adaptive Energy Recovery System (AERS) – Technology enhancing energy recovery while braking.
- Adaptive Speed Control (ASC) – Speed adjustment based on road and traffic conditions.
- Automated Vehicle Charging (AVC) – Fully automated EV charging system.
- Automatic Charging Scheduler (ACS) – EV system scheduling charging sessions.
- Active Regenerative Braking (ARB) – System converting braking energy into stored battery power.
- Advanced Energy Storage (AES) – High-capacity battery system for long EV range.
- Automated Load Balancer (ALB) – Charging system distributing power among multiple EVs.
- Automatic Range Estimator (ARE) – Feature predicting EV range based on driving behavior.
- Active Traction Control (ATC) – Prevents wheel slip for better stability and control.
- Advanced Thermal Regulation (ATR) – Cooling and heating system for EV batteries.
- Autonomous Charging Robot (ACR) – Robot automating the EV charging process.
- Alternator-Free Drive System (AFDS) – Electric propulsion system eliminating the need for alternators.
- Active Voltage Control (AVC) – System managing voltage levels in EV power circuits.
- Automated Fault Detection (AFD) – System identifying and reporting EV system faults.
- Auto-Start Function (ASF) – Automatic EV startup system.
- Automotive Electric Propulsion (AEP) – Electric power delivery for vehicle movement.
- Active Battery Cooling System (ABCS) – Active system managing battery temperature.
- Auto-Regen System (ARS) – Automatic activation of regenerative braking when slowing down.
- Automated Driving Mode (ADM) – System enabling autonomous vehicle operation.
- Advanced Electric Powertrain (AEP) – A high-performance EV propulsion system.
- Autonomous Mobility Platform (AMP) – Infrastructure supporting self-driving EV operations.
- Active Inverter Control (AIC) – Inverter management system improving EV efficiency.
- Automatic Power Cutoff (APC) – Safety feature disconnecting power during faults.
- Adaptive Torque Vectoring (ATV) – System distributing torque for optimal vehicle performance.
- Auto-Sync System (ASS) – Automatic synchronization of EV software and hardware.
- Auto Update System (AUS) – Over-the-air updates for EV system software.
- Automotive Connectivity Hub (ACH) – Central hub connecting EV systems to external networks.
- Advanced Energy Router (AER) – Directs energy flow between EV systems for maximum efficiency.
- Active Load Control (ALC) – Load management system balancing EV power demands.
- Auto-Climate Sync (ACS) – Automatic cabin climate adjustment based on preferences.
- Adaptive Motor Control (AMC) – Motor speed and torque management for optimal performance.
- Automatic Energy Calculator (AEC) – System estimating real-time energy consumption.
- Anode-Electrolyte Interface (AEI) – Battery interface ensuring stable chemical reactions.
- Automotive Data Logger (ADL) – System recording EV operational data.
- Axial Power Transfer (APT) – Power delivery along the EV’s axis for efficiency.
- Automatic Fault Isolation (AFI) – System isolating faulty components to prevent damage.
- Automated Safety System (ASS) – Comprehensive safety management system for EVs.
- Active Lane Departure System (ALDS) – Warning and correction system for lane deviations.
- Adaptive Charging Mode (ACM) – Intelligent charging adjustment based on grid conditions.
- Airflow Optimization System (AOS) – System improving vehicle aerodynamics and efficiency.
- Auto-Navigation Interface (ANI) – User interface for autonomous navigation.
- Auxiliary Electric Drive (AED) – Backup electric drive system in EVs.
- Automated Grid Interaction (AGI) – Smart EV charging through grid communication.
- Automated Driver Alert System (ADAS) – Real-time driver monitoring and alerts.
- Advanced Motor Controller (AMC) – System managing motor operation for peak performance.
- Automatic Energy Transfer (AET) – System managing energy flow between EV components.
- Active Chassis Control – A system that adjusts the chassis dynamics for improved handling and comfort.
- Active Drivetrain Management – System managing power delivery for optimal traction and performance.
- Active Energy Management – Technology optimizing EV energy use based on driving conditions.
- Active Motor Cooling – Cooling system ensuring motor temperature stays within safe limits.
- Active Torque Distribution – System distributing torque among wheels for stability and performance.
- Adaptive Energy Mapping – Real-time adjustment of energy usage for efficiency.
- Adaptive Regeneration System – Adjusts regenerative braking intensity based on driving mode.
- Advanced Cell Chemistry – Refers to the latest battery technologies enhancing EV performance.
- Advanced Energy Controller – Central system controlling power flow within an EV.
- Advanced Sensor Fusion – Combining data from multiple sensors for improved EV automation.
- Advanced Vehicle Integration (AVI) – Comprehensive integration of EV hardware and software systems.
- Advanced Vehicle Control Module (AVCM) – The central unit controlling various vehicle systems.
- All-Electric Propulsion – Driving system that solely uses electric power without fuel-based support.
- Alternating Current Inverter – Converts DC from the battery to AC for the motor.
- Alternator Replacement System – An EV-specific system providing energy regeneration.
- Aluminum Heat Sink – Used in EV components for efficient heat dissipation.
- Amperage Regulation System – Manages electric current flow within EV power systems.
- Amphibious EV System – EV technology allowing vehicles to operate on both land and water.
- Anode Coating Technology – An advanced process improving battery lifespan and performance.
- Anti-Glare Dashboard – Dashboard design minimizing light reflection for better visibility.
- Anti-Pinch Window System – Automatic window stop mechanism detecting obstructions.
- Anti-Theft Tracking System – Built-in GPS system for locating stolen EVs.
- Auto Battery Disconnect – Automatic system disconnecting the battery when idle or in emergencies.
- Auto Charging Dock – An automatic docking station for seamless EV charging.
- Auto Climate Adjustment – Automatic adjustment of cabin climate for energy efficiency.
- Auto Navigation System – Integrated system providing real-time navigation and traffic updates.
- Auto-Drive Feature – Semi-automatic driving function based on environmental data.
- Auto-Lane Correction – System correcting vehicle position within the lane.
- Auto-Lock Differential – System locking the differential for better off-road performance.
- Auto-Pilot Mode – Full or semi-autonomous driving feature.
- Auto-Reverse Detection – System detecting obstacles while reversing.
- Automatic Adaptive Headlights – Headlights adjusting brightness and angle based on driving conditions.
- Automatic Charging Mode – Mode enabling automatic EV charging at designated times.
- Automatic Power Management – System optimizing power usage during driving and charging.
- Automatic Traction Control – System ensuring vehicle stability on slippery surfaces.
- Auxiliary Battery Pack – Additional battery used for auxiliary EV functions.
- Axial Cooling System – Cooling mechanism arranged along the motor’s axis for even heat distribution.
- Axial Motor Configuration – Electric motor design where components are aligned along a central axis.
- Axle-Mounted Motor – Electric motor mounted directly on the vehicle’s axle.
- Autonomous Collision Prevention – System detecting and preventing collisions through autonomous control.
- Autonomous EV Fleet Management – Automated management system for fleets of electric vehicles.
- Autonomous Parking System – Feature enabling automatic parking with minimal driver input.
- Automotive Load Controller – Manages the power load across EV components to prevent overloading.
- Automotive Power Interface – Standardized interface for EV power system communication.
- Automotive Thermal Controller – Central unit managing vehicle thermal systems, including cooling and heating.
- Automotive Traction Inverter – Inverter managing motor torque and acceleration.
- Automotive Electric Steering (AES) – Electric power steering system used in EVs.
- Automotive Lithium-Ion Battery – Standard rechargeable battery used in EVs.
- Auto Energy Saver Mode – Energy-saving mode that minimizes power consumption.
- Auto Pilot Navigation – System assisting with autonomous navigation using GPS and sensors.
- Auto-Positioning System – System automatically adjusting seating and mirrors based on driver preferences.
- Auto-Protect Circuit Breaker – Circuit breaker preventing electric surges in EV systems.
- Automated Power Reallocation – System transferring power where needed for optimal performance.
- Automatic Overheat Protection – Safety system cutting off power when temperatures are too high.
- Auto Recalibration Feature – System recalibrating components after software updates or maintenance.
- Automotive Remote Monitoring System – Real-time tracking and diagnostics of EVs through remote connectivity.
- Advanced AI Driver Assistance – Artificial intelligence supporting driving tasks for increased safety.
- Auto-Detected Charging Ports – System detecting compatible charging ports automatically.
- Automatic Load Sharing System – EV charging system distributing electricity among multiple vehicles.
- Automated Road-Sensing Suspension – Suspension adjusting automatically based on road conditions.
- Back EMF – Voltage generated by a motor when it rotates.
- Backup Battery – Secondary battery used in emergencies.
- Backup Camera – Camera aiding in vehicle reversing.
- Balanced Load – Equal power distribution in an electrical system.
- Ball Bearing – Component reducing friction in rotating parts.
- Battery – Energy storage device powering EVs.
- Battery Capacity – Maximum energy a battery can store.
- Battery Cell – Basic unit of a battery pack.
- Battery Chemistry – Chemical composition of a battery.
- Battery Cooling System – System managing battery temperature.
- Battery Degradation – Loss of battery performance over time.
- Battery Electric Vehicle (BEV) – Vehicle powered solely by electricity.
- Battery Efficiency – Measure of energy storage performance.
- Battery Management System (BMS) – System managing battery health and safety.
- Battery Pack – Assembly of multiple battery cells.
- Battery Recycling – Process of reclaiming materials from old batteries.
- Battery Replacement – Substitution of an old battery with a new one.
- Battery Safety System – Features ensuring battery safety during operation.
- Battery State of Charge (SoC) – Current charge level of a battery.
- Battery Swap Station – Facility for exchanging discharged batteries with charged ones.
- Battery Thermal Runaway – Dangerous overheating event in batteries.
- Battery Warranty – Guarantee covering battery performance.
- Bidirectional Charging – Charging allowing power flow in both directions.
- Big Data Analytics – Data analysis to enhance EV performance.
- Biodegradable Materials – Environment-friendly materials used in EV production.
- Biodiesel – Alternative fuel derived from biological sources.
- Biofuel – Fuel produced from organic materials.
- Blind Spot Detection – Technology detecting vehicles in blind spots.
- Blind Spot Monitoring – System alerting drivers to unseen vehicles.
- Block Heater – Device warming the engine or battery in cold weather.
- Body Control Module (BCM) – System controlling various vehicle functions.
- Body Frame – Structural framework of an EV.
- Body Panel – Exterior surface components of a vehicle.
- Bogie – Support structure in multi-axle EVs.
- Bolt Pattern – Wheel bolt arrangement specification.
- Brake Assist – System boosting braking power in emergencies.
- Brake Caliper – Component housing brake pads and pistons.
- Brake Disc – Rotating disc used for braking.
- Brake Fluid – Hydraulic fluid enabling braking action.
- Brake Light – Rear light activated when braking.
- Brake Pad – Component providing friction against brake discs.
- Brake Regeneration – System recovering energy during braking.
- Brake Rotor – Rotating part in the braking system.
- Braking Distance – Distance required to stop a moving vehicle.
- Braking System – Components responsible for vehicle braking.
- Bridge Rectifier – Circuit converting AC to DC.
- Brushless DC Motor (BLDC) – Efficient motor type used in EVs.
- Busbar – Conductive bar distributing electric power.
- Business Model – Strategy for EV industry profitability.
- Bypass Diode – Diode preventing power loss in solar-powered EVs.
- Battery Insulation – Material reducing heat loss in batteries.
- Battery Life Cycle – Total lifespan of a battery.
- Battery Module – Subdivision of a battery pack.
- Battery Monitoring – System tracking battery performance.
- Battery Power Output – Electric power delivered by the battery.
- Battery Reserve Capacity – Extra energy stored in a battery.
- Battery Scaling – Adjusting battery capacity for EV needs.
- Battery Storage – Facility storing EV batteries.
- Battery Testing – Evaluation of battery performance.
- Battery Voltage – Electric potential of the battery.
- Battery Weight – Mass of the entire battery pack.
- Battery-Swapping Policy – Regulations governing battery exchange.
- Benchmarking – Performance comparison in EV development.
- Bilateral Agreement – Contract between EV industry stakeholders.
- Bio-Composite Materials – Eco-friendly composites used in EVs.
- Blackout Mode – Energy-saving feature reducing power use.
- Blade Battery – Thin, compact battery type.
- Blower Motor – Motor driving HVAC system airflow.
- Board Charger – Built-in EV charger.
- Booster Seat – Child safety seat in EVs.
- Bottom-Up Design – Component-based vehicle design.
- Brake Energy Recovery – Regenerative braking system.
- Brake Override System – System prioritizing brakes over acceleration.
- Brake Power Assist – Enhanced braking performance.
- Brake Response Time – Time taken for brakes to engage.
- Brake Wear Indicator – System alerting brake pad wear.
- Break-Even Analysis – Financial assessment of EV adoption.
- Breech Load Test – Safety evaluation for EV components.
- Brush Holder – Component supporting motor brushes.
- Brush Wear Indicator – Signal showing brush wear in motors.
- Build Quality – Overall construction standard of EVs.
- Business Fleet – Commercial EV fleet for logistics.
- Business Model Canvas – Framework for EV business planning.
- Business Sustainability – Long-term EV industry viability.
- Button Start – Keyless ignition system.
- Bus Route Optimization – Efficient route planning for EV buses.
- Bus Suspension System – Suspension enhancing EV bus comfort.
- Bus Tracking System – GPS-based bus monitoring.
- Bus Voltage Regulation – Electric power control in buses.
- Busbar Insulation – Protective layer over conductive bars.
- Bypass Control – System enabling circuit bypassing.
- Bypass Valve – Valve controlling fluid flow.
- Battery Access Door – Access point for battery servicing.
- Battery Housing – Protective enclosure for the battery.
- Battery Level Indicator – Gauge showing battery charge status.
- Battery Pack Cooling – System preventing battery overheating.
- Battery Power Management – System managing power delivery.
- Battery Recycling Policy – Guidelines on battery material recovery.
- Battery Replacement Plan – Scheduled battery replacement strategy.
- Battery Upgrade Kit – Kit enhancing battery performance.
- Cabin Air Filter – Filter ensuring clean air inside the vehicle.
- Cabin Heating System – System providing warmth to the vehicle interior.
- Cabin Insulation – Material reducing heat loss and noise in the cabin.
- Cabin Ventilation – System controlling airflow inside the vehicle.
- Cable Management – Organization of charging and electrical cables.
- Cadmium Battery – Outdated battery type replaced by modern technologies.
- Calibrated Charging – Optimized charging for longer battery life.
- Caliper Brake – Component applying braking force to the rotor.
- Capacitor – Device storing electrical energy.
- Carbon Emissions – CO2 released during fuel combustion.
- Carbon Fiber Body – Lightweight, strong body material for EVs.
- Cargo Space – Storage area in the vehicle.
- Carpool Lane – Lane reserved for high-occupancy vehicles, including EVs.
- Cartography System – Map-based navigation tool in EVs.
- Catalytic Converter – Device reducing harmful emissions (not used in BEVs).
- Central Control Unit (CCU) – Main control system in EVs.
- Charging Cable – Cable used to connect EVs to charging stations.
- Charging Connector – Plug enabling energy transfer to an EV.
- Charging Current – Electric current supplied to charge EV batteries.
- Charging Dock – Station where EVs are parked and charged.
- Charging Infrastructure – Network of EV charging stations.
- Charging Point – Specific location for charging EVs.
- Charging Port – Socket on the EV for connecting the charging cable.
- Charging Protocol – Standard procedures for EV charging.
- Charging Rate – Speed at which an EV’s battery charges.
- Charging Schedule – Pre-set charging times for efficiency.
- Charging Station – Facility providing EV charging services.
- Charging Time – Duration required to fully charge an EV battery.
- Chassis – Vehicle’s structural frame.
- Chassis Ground – Electrical grounding of the vehicle frame.
- Child Safety Lock – Feature ensuring children’s safety in EVs.
- Chilled Battery Cooling – Advanced cooling method for EV batteries.
- Climate Control – System regulating interior temperature.
- Clutchless Transmission – Transmission without a clutch, typical in EVs.
- CO2 Offset – Actions reducing carbon emissions equivalent to those produced.
- Coasting Mode – EV operation without active acceleration.
- Collision Avoidance System – Technology preventing vehicle collisions.
- Combined Charging System (CCS) – EV fast-charging standard.
- Combined Fuel Economy – Average of city and highway energy efficiency.
- Combustion Engine – Traditional engine burning fuel (not present in BEVs).
- Commercial EV – Electric vehicle used for business or cargo purposes.
- Compact EV – Small-sized electric vehicle.
- Component Integration – Combining EV components for optimal performance.
- Composite Materials – Advanced materials enhancing EV strength and weight.
- Compressed Air System – System storing compressed air for various functions.
- Compressor – Device pressurizing gases, such as in climate control.
- Computer-Aided Design (CAD) – Software used in EV design.
- Connectivity Features – Communication technologies in EVs.
- Conservation Mode – Driving mode optimizing energy use.
- Constant Current Charging – Charging method with a fixed current.
- Constant Voltage Charging – Charging method with a fixed voltage.
- Consumer EV – Electric vehicle intended for personal use.
- Control Module – Electronic unit managing specific vehicle functions.
- Control System – Integrated system managing EV operations.
- Cooling Fan – Fan reducing component temperatures.
- Cooling System – System managing heat generated by EV components.
- Cornering Assist – Feature improving handling during turns.
- Corporate EV Fleet – Company-owned electric vehicle fleet.
- Cost-Benefit Analysis – Economic evaluation of EV investment.
- Crash Safety Rating – Safety score based on vehicle crash tests.
- Crash Sensor – Sensor detecting collisions and deploying airbags.
- Cruise Control – System maintaining a set speed.
- Current Collector – Device collecting electrical power from a source.
- Current Flow – Movement of electric charge in the system.
- Current Limiter – Device preventing excessive electric current.
- Current Sensor – Sensor measuring electric current flow.
- Curb Weight – Total weight of a vehicle without passengers or cargo.
- Custom EV Build – Personalized electric vehicle design and assembly.
- Customer Assistance System – Support system aiding EV owners.
- Cutoff Voltage – Voltage level where charging stops to prevent damage.
- Cycling Performance – Battery’s ability to charge and discharge repeatedly.
- Cycle Life – Number of complete charge-discharge cycles a battery can endure.
- Cylindrical Cell – Round battery cell used in EVs.
- Charging Efficiency – Ratio of energy stored vs. energy supplied during charging.
- Charging Speed – Rate at which an EV battery charges.
- City EV – Electric vehicle optimized for urban driving.
- Certified Pre-Owned EV – Used EV inspected and certified by the manufacturer.
- Charging Network Provider – Company offering EV charging services.
- Charging Subscription – Membership plan for using charging stations.
- Connected Car Platform – Technology enabling internet-connected vehicle services.
- Central Motor Drive – Electric motor positioned centrally for better balance.
- Closed Circuit System – Electrical circuit allowing continuous current flow.
- Component Failure Detection – System monitoring and reporting failures.
- Consumer Advisory Board – Group offering EV market insights.
- Charging Status Indicator – Display showing charging progress.
- Cold Weather Package – Features improving EV performance in cold conditions.
- Charging Outlet – Electrical outlet for EV charging.
- Climate Package – Set of features enhancing climate control.
- Control Panel – Interface controlling EV functions.
- Current Distribution Box – Electrical box distributing power.
- Compact Powertrain – Small, efficient EV drivetrain design.
- Compliance Certification – Regulatory approval for EV components.
- Customer Review System – Feedback platform for EV users.
- Charging Access Fee – Payment required to use a charging station.
- Chassis Architecture – Structural layout of the EV frame.
- Charging Subscription Plan – Monthly membership for EV charging.
- Connected Vehicle Service – Digital services linked to EV operations.
- Corporate EV Leasing – EV leasing program for businesses.
- Crash-Resistant Design – Vehicle design minimizing crash damage.
- Cycle Tester – Equipment testing battery cycles.
- DC Charger – A charger providing direct current to rapidly charge EV batteries.
- DC Motor – A motor powered by direct current, used in some EVs.
- Dead Weight – Unloaded vehicle weight without passengers or cargo.
- Deceleration Sensor – Sensor detecting vehicle slowing for safety systems.
- Deep Cycle Battery – Battery designed for repeated deep discharges.
- Demand Response Charging – EV charging system responding to grid load changes.
- Demagnetization – Loss of magnetism in electric motor components.
- Design Validation (DV) – Testing phase verifying design against requirements.
- Destination Charging – Charging stations located at travel destinations.
- Digital Cockpit – Electronic dashboard providing vehicle information.
- Direct Drive Motor – Motor directly connected to the vehicle’s drivetrain.
- Direct Current (DC) – Unidirectional electrical current used in EVs.
- Discharge Cycle – One complete battery discharge and recharge process.
- Displacement Sensor – Device measuring movement in vehicle components.
- Distance to Empty (DTE) – Estimated remaining distance an EV can travel.
- Distributed Energy Storage – Storing energy across multiple batteries or systems.
- Distribution Box – Electrical component distributing power in EVs.
- DLC Coating – Diamond-like carbon coating reducing wear in EV parts.
- Docking Station – Location for charging and servicing EVs.
- Drag Coefficient (Cd) – Measure of vehicle aerodynamic resistance.
- Drive Cycle – Standardized testing pattern for evaluating EV performance.
- Drive Inverter – Converts DC to AC for EV motors.
- Drive Mode Selector – System allowing switching between EV drive modes.
- Drive Shaft – Component transmitting power from the motor to the wheels.
- Drivetrain – Entire system delivering power from the motor to the wheels.
- Drop-in Battery Replacement – Direct battery upgrade without modifications.
- Dual Motor System – EV configuration using two electric motors.
- Dynamic Braking – System converting kinetic energy into electrical energy.
- Dynamic Load – Load varying due to movement or force changes.
- Dynamic Range Estimation – Real-time prediction of EV range.
- Dynamic Torque Vectoring – System distributing torque for improved handling.
- Dust Shield – Protective cover preventing debris from entering EV components.
- Duty Cycle – Duration and intensity of vehicle operation under load.
- Dynamo – Device generating electricity from mechanical energy.
- Diagnostics Port – Interface for vehicle system diagnosis and troubleshooting.
- Differential – Gear system allowing wheels to rotate at different speeds.
- Direct Injection – Fuel delivery system (not used in BEVs).
- Discharge Rate – Speed at which a battery releases stored energy.
- Display Cluster – Central screen showing vehicle status and navigation.
- Docking Mechanism – System securing EVs for charging or storage.
- Domain Controller – Processor managing multiple vehicle systems.
- Donut Spare – Temporary spare tire (less common in EVs).
- Drag Reduction System (DRS) – System reducing aerodynamic drag.
- Drivetrain Efficiency – Ratio of power delivered vs. consumed.
- Driveline Disconnect – Feature disengaging parts of the drivetrain to save energy.
- Driving Range – Maximum distance an EV can travel on a full charge.
- Dual Charging Ports – EV configuration with multiple charging inputs.
- Durability Testing – Vehicle testing ensuring long-term reliability.
- Dynamic Chassis Control – System adjusting suspension and handling.
- Dynamic Cruise Control – Cruise control adapting to traffic conditions.
- Dynamic Steering System – Variable steering adjustment for precision driving.
- Digital Twin – Virtual model simulating EV performance and diagnostics.
- Direct-Current Fast Charging (DCFC) – Rapid EV charging method.
- Direct Injection Turbo (DIT) – Turbocharging system (for ICE vehicles).
- Driver Assistance System – Technology aiding drivers with various tasks.
- Driver Monitoring System – System detecting driver alertness and behavior.
- Drive-by-Wire – Electronic vehicle control system replacing mechanical links.
- Dry Cell Battery – Maintenance-free battery type used in EVs.
- Dynamic Brake Control (DBC) – Enhances brake force distribution.
- Dynamic Vehicle Control (DVC) – Manages vehicle stability and handling.
- Dynamic Load Balancing – Adjusting power delivery across components.
- Drift Compensation – System maintaining straight vehicle movement.
- Dashboard Display – Vehicle interface showing key information.
- Data Logger – Device recording vehicle performance data.
- Decibel Rating – Noise level measure for vehicle cabin quietness.
- Dedicated EV Platform – Vehicle platform designed exclusively for EVs.
- Deformation Zone – Car section designed to absorb impact energy.
- Delivery Van EV – Electric van used for goods delivery.
- Depreciation Rate – Vehicle value decline over time.
- Design Freeze – Final design stage before manufacturing.
- Diagnostic Scan Tool – Device used to check vehicle error codes.
- Differential Lock – Locks wheels to rotate at the same speed for traction.
- Digital Key – Smartphone-based vehicle access system.
- Direct Torque Control (DTC) – Precision motor torque management.
- Display Screen – Interface providing vehicle and entertainment data.
- Distribution Transformer – Converts electricity for EV charging stations.
- Downforce – Aerodynamic force pressing a vehicle downward.
- Driving Assistance Package – Bundle of safety and comfort features.
- Drive Mode Indicator – Displays active vehicle drive mode.
- Dry Clutch System – Clutch without lubrication (non-EV).
- Dual-zone Climate Control – Independent temperature settings for driver and passenger.
- Dust-proof Seals – Protects EV components from dust and debris.
- Dynamic Lighting – Adjusting headlights for visibility and aesthetics.
- Dynamic Radar Cruise Control – Advanced cruise control using radar.
- Dynamic Suspension System – Adjustable suspension improving ride quality.
- Dynamic Tensioner – Adjusts belt tension in EV accessories.
- Drive Axle – Transfers motor power to the wheels.
- Dry Cell Technology – Battery type with sealed electrolyte.
- Digital Speedometer – Electronic vehicle speed display.
- Direct Injection Pump – Fuel delivery system (not for EVs).
- Data Transmission Module – Manages vehicle data exchange.
- Downhill Assist Control – Helps maintain speed on slopes.
- Durable EV Frame – Sturdy vehicle frame ensuring long life.
- Dynamic Performance Mode – Boosts EV performance for spirited driving.
- Driveline Torque Control – Adjusts torque delivery to wheels.
- Driver Fatigue Monitor – Alerts driver during long trips.
- Data Communication System – Links vehicle systems for data sharing.
- Dual-Stage Airbags – Airbags deploying at different intensities.
- Digital Interface Module – Manages vehicle control interfaces.
- Dynamic Power Distribution – Balances power delivery in EV systems.
- E-axle – Integrated electric drivetrain combining motor, inverter, and transmission.
- E-bike – Electric bicycle powered by a battery.
- E-call System – Emergency call system for vehicle accidents.
- E-drive System – Complete electric drivetrain in an EV.
- E-mobility – Use of electric-powered transportation systems.
- E-motor – Electric motor providing propulsion in EVs.
- E-Pedal – System allowing braking through accelerator pedal release.
- E-rickshaw – Electric three-wheeled vehicle for passenger transport.
- E-scooter – Electric-powered scooter for personal mobility.
- Eco Mode – Energy-saving driving mode.
- Economic Life – Expected service life of an EV or its components.
- Economy Rating – Efficiency score of an EV based on power consumption.
- Electric Assist – Motor-assist feature in hybrid and electric vehicles.
- Electric Bus (E-Bus) – Battery-powered public transport bus.
- Electric Car (EV) – Vehicle powered solely by electricity.
- Electric Charging Network – System of interconnected EV charging stations.
- Electric Control Module (ECM) – Unit controlling vehicle electronics.
- Electric Cooling System – Cooling system in EVs to manage heat.
- Electric Drive – Power system using an electric motor for propulsion.
- Electric Fuel Gauge – Electronic fuel indicator in EVs.
- Electric Grid Integration – EV integration with the electrical grid.
- Electric Highway – Road with charging infrastructure for EVs.
- Electric Mobility Platform – Digital platform supporting EV services.
- Electric Parking Brake (EPB) – Electronically controlled parking brake.
- Electric Power Steering (EPS) – Electrically assisted vehicle steering.
- Electric Range – Maximum distance an EV can travel on a full charge.
- Electric Roof – Electrically operated vehicle roof.
- Electric Scooter Sharing – Service providing shared electric scooters.
- Electric Shock Protection – Safety systems preventing electric shock.
- Electric Supercharger – Electrically driven air compressor for engine boost.
- Electric Torque Vectoring – Distribution of torque using electric motors.
- Electric Trailer – Electrically powered cargo trailer.
- Electric Two-Wheeler – Motorized two-wheeled electric vehicle.
- Electric Utility Vehicle – Commercial EV for cargo and service tasks.
- Electrical Architecture – Vehicle’s entire electrical and electronic system.
- Electrical Brake Assist – Braking aid using electric motors.
- Electrical Energy Storage – Systems storing electricity for EV use.
- Electrical Insulation – Materials preventing electric current leakage.
- Electrically Adjustable Mirrors – Vehicle mirrors adjusted using electric motors.
- Electrically Assisted Powertrain – Powertrain with electric motor assistance.
- Electrification – Transition from combustion engines to electric power.
- Electrochemical Cell – Fundamental unit of an EV battery.
- Electrolyte – Conductive fluid in batteries enabling electric charge flow.
- Electromechanical Brake – Brake system combining electric and mechanical functions.
- Electromechanical Steering – Steering controlled by electric motors.
- Electronic Battery Management – System monitoring battery performance.
- Electronic Brakeforce Distribution (EBD) – Adjusts brake force across wheels.
- Electronic Chassis Control – System managing vehicle dynamics.
- Electronic Control Unit (ECU) – Manages various vehicle systems.
- Electronic Differential – Differential controlled electronically for better handling.
- Electronic Drive Control – Manages vehicle drivetrain operations.
- Electronic Gear Selector – Gear selection through electronic control.
- Electronic Ignition System – Ignition managed by electronic signals.
- Electronic Parking Brake – Parking brake operated electronically.
- Electronic Stability Control (ESC) – System improving vehicle stability.
- Electronic Throttle Control (ETC) – Electric control of engine throttle.
- Electronegative Material – Material attracting electrons in batteries.
- Electrostatic Discharge (ESD) – Protection against sudden electrical surges.
- Embedded Systems – Electronics managing EV hardware and software.
- Emergency Brake Assist (EBA) – System boosting braking force in emergencies.
- Emergency Power Backup – Secondary power system for critical vehicle functions.
- Emission-Free Vehicle – Vehicle producing no harmful emissions.
- Energy Consumption Rate – Amount of energy used per unit of distance.
- Energy Conversion System – Converts stored energy into mechanical power.
- Energy Density – Amount of energy stored per unit volume or weight.
- Energy Efficiency – Ratio of useful power output to total energy input.
- Energy Harvesting – Capturing energy from various vehicle sources.
- Energy Management System (EMS) – Controls EV power use and efficiency.
- Energy Recovery – Reclaiming energy during vehicle operation.
- Energy Storage System (ESS) – EV system storing electric energy.
- Engine Control Module (ECM) – Manages engine operations in hybrids.
- Engine Downsizing – Using smaller engines for improved efficiency.
- Enhanced Drive Mode – Performance-enhancing vehicle mode.
- Enhanced Range Technology – Features extending EV range.
- Environmental Sensors – Sensors monitoring external conditions.
- Ergonomic Seating – Comfort-enhancing vehicle seats.
- Ethanol Fuel Blend – Ethanol-gasoline mix (used in hybrids).
- Ethylene Propylene Rubber (EPR) – Durable material for EV components.
- EV Architecture – Structural and functional design of EVs.
- EV Charging App – Mobile app managing EV charging sessions.
- EV Charging Hub – Central charging location serving multiple EVs.
- EV Data Logger – Device recording operational EV data.
- EV Fast Charger – High-speed charging system.
- EV Fleet Management – System managing multiple EVs.
- EV Leasing Plan – Contract for leasing electric vehicles.
- EV Load Balancer – Distributes power across charging stations.
- EV Maintenance Plan – Scheduled service program for EV upkeep.
- EV Manufacturer Warranty – Guarantee covering EV components.
- EV Onboard Charger – Built-in charging device in EVs.
- EV Parking Sensor – Assists drivers during parking.
- EV Power Converter – Converts electrical power for different uses.
- EV Retrofitting Kit – Conversion kit for turning conventional cars into EVs.
- EV Sharing Service – Platform for renting or sharing EVs.
- EV Tax Incentive – Government rebate for EV purchases.
- EV Test Bench – Facility for testing EV systems.
- EV Thermal Management – System controlling battery and motor temperature.
- EV Wireless Charging – Inductive charging system for EVs.
- EVSE (Electric Vehicle Supply Equipment) – Hardware enabling EV charging.
- Exhaust Gas Recirculation (EGR) – Reduces emissions in hybrids.
- Extended Range Electric Vehicle (EREV) – EV with auxiliary engine for range extension.
- FCEV (Fuel Cell Electric Vehicle) – Vehicle powered by hydrogen fuel cells.
- FEA (Finite Element Analysis) – Simulation for stress and performance testing.
- Fender – Panel covering the wheel area to prevent debris spray.
- Fiberglass Body – Lightweight body material used in some EVs.
- Field Weakening Control – Technique increasing motor speed beyond rated RPM.
- Final Drive Ratio – Gear ratio determining torque and speed balance.
- Financing Plan – Financial arrangement for EV purchase.
- Firmware Update – Software update for EV control systems.
- Fixed Gear Transmission – Single gear setup commonly used in EVs.
- Fleet Electrification – Converting business fleets to EVs.
- Fleet Management System – System managing EV fleets.
- Flex Fuel Vehicle (FFV) – Vehicle running on multiple fuel types.
- Floating Roof Design – Roof appearing to float above the body, enhancing style.
- Flywheel Storage System – Kinetic energy storage in a rotating flywheel.
- FOC (Field-Oriented Control) – Motor control method for precise torque management.
- Foot Brake – Main braking system controlled by the driver’s foot.
- Footwell Lighting – Interior lights illuminating the floor area.
- Forward Collision Warning (FCW) – Alert system warning of potential crashes.
- Four-Wheel Drive (4WD) – Power delivery to all four wheels for better traction.
- Franchise Dealer – Authorized seller of specific EV brands.
- Franchise Network – Network of authorized EV sellers and service centers.
- Free Maintenance Program – Complimentary service plan with EV purchase.
- Freewheeling Mode – Vehicle motion without power from the motor.
- Front Cross-Member – Structural beam supporting front-end components.
- Front-Wheel Drive (FWD) – Power delivery to front wheels for efficient handling.
- Fuel Cell Stack – Set of fuel cells generating electricity in FCEVs.
- Fuel Efficiency – Measure of energy used relative to distance traveled.
- Fuel Gauge – Indicator showing remaining fuel (used in hybrids).
- Fuel Injection System – System delivering fuel into the engine (for hybrids).
- Fuel Processor – Device converting fuel into usable energy.
- Full Electric Mode – Driving mode using only electric power.
- Full Hybrid – Vehicle using both combustion engine and electric motor.
- Full LED Headlights – Vehicle headlights using only LEDs.
- Functional Safety – Ensuring safe operation through system design.
- Functional Testing – Testing EV systems for operational performance.
- Futuristic Design – Modern and advanced vehicle design elements.
- Fast Charging Station – Charging station offering rapid battery recharge.
- Fast-Track Delivery – Expedited delivery for EV purchases.
- Fastback Design – Aerodynamic vehicle body style with a sloped rear.
- Fatigue Sensor – System monitoring driver alertness.
- Fault Tolerance – System’s ability to function despite faults.
- Feather Touch Controls – Highly responsive touch-sensitive vehicle controls.
- Feature Upgrade – Adding or enhancing EV features post-purchase.
- Feedback Control Loop – System adjusting outputs based on feedback signals.
- Federal Tax Credit – Government incentive reducing EV purchase cost.
- Fender Flare – Extension around wheel arches for wider tire coverage.
- Fender Guard – Protective cover shielding vehicle fenders.
- Fender Liner – Inner lining protecting the wheel well from debris.
- Fiber-Reinforced Composite – Lightweight material used in EV body parts.
- Field Current – Electric current creating a magnetic field in the motor.
- Field Oriented Drive – Electric motor control optimizing torque and efficiency.
- Final Drive Assembly – Transmission part transferring power to wheels.
- Fire Extinguishing System – Integrated safety feature in EVs.
- First Responder Guide – Safety manual for EV emergency handling.
- Flat Battery Indicator – Dashboard alert for low battery charge.
- Flat Loading Floor – Cargo floor design maximizing storage space.
- Flat Roof Panel – Roof design enhancing interior headroom.
- Flat Tire Monitoring – System detecting tire pressure loss.
- Fleet Acquisition Cost – Initial cost of purchasing EVs for a fleet.
- Fleet Data Analysis – Evaluating fleet performance through data analytics.
- Fleet Insurance Policy – Insurance coverage for EV fleets.
- Fleet Leasing Option – Leasing program for commercial EV fleets.
- Fleet Purchase Agreement – Contract for bulk EV purchases.
- Fleet Replacement Plan – Strategy for upgrading older fleet vehicles.
- Fleet Sustainability Report – Evaluation of environmental impact from fleet operations.
- Flexible Charging Cable – Adaptable charging cable compatible with various ports.
- Flexible Lease Term – Customizable EV leasing contract duration.
- Floating Center Console – Elevated console for added interior space.
- Flow Battery – Energy storage using liquid electrolytes.
- Fluid Dynamics Analysis – Testing vehicle aerodynamics and cooling systems.
- Fluid-Filled Bushing – Component reducing vehicle vibrations.
- Fly-by-Wire Steering – Steering control using electronic signals.
- Fog Lamp Assembly – Lighting system enhancing visibility in fog.
- Fog Sensor – Sensor detecting fog for automatic light activation.
- Foldable Rear Seats – Seats folding down for increased cargo space.
- Foot-Activated Liftgate – Trunk opening by sensing foot movement.
- Force Feedback Steering – Simulated driving resistance in steering systems.
- Forward Parking Assist – System aiding in parking by monitoring front sensors.
- Four-Wheel Steering (4WS) – Steering system controlling all four wheels.
- Frameless Door Design – Sleek vehicle door design without visible frame.
- Frame-Mounted Battery Pack – Battery securely mounted within the vehicle frame.
- Front Axle Load – Weight supported by the vehicle’s front axle.
- Front Camera System – Forward-facing camera aiding driver assistance.
- Front Collision Sensor – Sensor detecting front-end collisions.
- Front Grille Shutter – Aerodynamic grille controlling airflow.
- Front Impact Bar – Reinforced bar absorbing collision impact.
- Front Passenger Airbag – Airbag protecting the front passenger.
- Front Side Airbag – Airbag providing side impact protection.
- Fuel Consumption Gauge – Indicator for fuel use in hybrids.
- Fuel Economy Rating – Vehicle efficiency based on fuel consumption.
- Fuel Injection Pump – System delivering fuel to the engine.
- Fuel Pressure Sensor – Monitors fuel pressure in the engine.
- Fuel Range Estimator – Predicts remaining driving range based on fuel level.
- Full Battery Indicator – Dashboard alert showing full battery charge.
- Full Digital Display – Screen showing comprehensive vehicle data.
- Full-Length Console – Center console extending through the cabin.
- Functional Interior Lighting – Interior lights enhancing cabin usability.
- Future-Proof Design – Design adaptable to future technology upgrades.
- Fusion Hybrid System – Combines combustion engine with electric drive.
- Futuristic Dashboard Interface – Advanced vehicle interface with modern features.
- G-force Sensor – Device measuring acceleration forces acting on a vehicle.
- G-Vectoring Control – System improving handling by adjusting engine torque.
- Galvanic Corrosion – Corrosion caused by dissimilar metals in contact.
- Garage Charging Station – Home-based EV charging unit.
- Gear Ratio – Ratio determining torque and speed output in drivetrains.
- Gearbox – Mechanism transferring engine power to the wheels.
- Geofence – Virtual boundary for vehicle operation or alerts.
- Geofencing System – Tech limiting EV operation within defined areas.
- General Maintenance Schedule – Regular vehicle service plan.
- Generator – Device producing electricity from mechanical energy.
- Global Positioning System (GPS) – Navigation system using satellite signals.
- Global Vehicle Platform – Standardized vehicle architecture for global markets.
- Glove Compartment – Interior storage space in vehicles.
- Go-Kart EV – Small electric racing vehicle.
- Grade Assist – System assisting vehicles on steep inclines.
- Gradeability – Ability of a vehicle to climb inclines.
- Gravitational Center – Vehicle’s balance point affecting stability.
- Green Driving Mode – Eco-friendly driving mode reducing emissions.
- Green Energy Credit – Incentive for using renewable energy in EV charging.
- Greenhouse Gas Emissions – Harmful gases released from vehicles (not in EVs).
- Grid Balancing – Managing energy supply and demand in power grids.
- Grid Energy Storage – Storing energy in the grid for stability.
- Grid Integration – Connecting EV charging systems to the electric grid.
- Grid Parity – EV electricity cost matching traditional fuel prices.
- Grip Control System – Tech enhancing traction on slippery surfaces.
- Ground Clearance – Distance between vehicle underbody and ground.
- Ground Fault Detector – Safety device detecting current leaks.
- Ground Loop Isolator – Device eliminating electrical noise in vehicle audio.
- Grounding System – Electrical connection reducing risk of electric shock.
- Guard Rail Impact Sensor – Sensor detecting impacts with safety barriers.
- Guide Pin – Component ensuring brake pad alignment.
- Guide Rail System – System guiding vehicle assembly on production lines.
- Guided Parking Assist – Automated system aiding in vehicle parking.
- Gyroscope Sensor – Sensor detecting angular motion in EVs.
- Gyroscopic Stabilization – Tech stabilizing vehicles using gyroscope sensors.
- Gas Analyzer – Tool measuring exhaust emissions (for hybrids).
- Gas Compression System – Compresses gases in fuel cell EVs.
- Gasoline-Electric Hybrid – Vehicle using both gasoline engine and electric motor.
- Gate Driver Circuit – Controls power switches in EV inverters.
- Gauge Cluster – Dashboard display showing vehicle performance metrics.
- Gear Engagement Sensor – Monitors gear shifting operations.
- Gear Indicator Display – Displays active gear position on the dashboard.
- Gear Oil Cooler – System cooling gearbox oil.
- Geared Hub Motor – Motor with internal gears for torque optimization.
- General Load Capacity – Maximum load a vehicle can carry.
- Geothermal Energy Integration – Using geothermal sources for EV charging.
- Gigafactory – Large-scale factory producing EV batteries.
- Global Safety Standards – International safety rules for automotive manufacturing.
- Glow Plug Indicator – Diesel engine preheat system alert (not in EVs).
- Glued Body Panels – Vehicle panels bonded using adhesives for strength.
- Go-Kart Racing EV – Competitive electric kart racing vehicles.
- GPS Antenna – Device receiving GPS satellite signals.
- Grab Handle – Handle aiding vehicle entry and exit.
- Gradient Sensor – Sensor detecting road inclination.
- Gravel Mode – Driving mode enhancing traction on loose surfaces.
- Grid-Charged Battery – EV battery charged from the power grid.
- Grid-Interactive EV Charger – Charger communicating with the power grid.
- Grid-Ready Vehicle – EV ready for integration with the power grid.
- Gross Combination Weight Rating (GCWR) – Total allowable vehicle and trailer weight.
- Gross Vehicle Weight (GVW) – Total weight of a fully loaded vehicle.
- Gross Vehicle Weight Rating (GVWR) – Max allowable weight for safe vehicle operation.
- Ground Contact Pressure – Force between tires and the road surface.
- Ground Effect Aerodynamics – Design improving vehicle stability through airflow.
- Grounding Cable – Cable ensuring safe electric grounding.
- Guided Diagnostic System – Automated vehicle fault detection.
- Guide Rail Sensor – Tracks vehicle position in automated systems.
- Gunmetal Finish – Metallic finish enhancing vehicle aesthetics.
- GPS Tracking System – Real-time vehicle tracking via GPS.
- Green Vehicle Certification – Certification for eco-friendly vehicle designs.
- Grid Power Inverter – Converts DC from EV batteries to AC for grid use.
- Grid-Tied Charger – EV charger directly connected to the power grid.
- Gear Shift Lever – Controls gear changes in manual or automatic transmissions.
- Ground Loop Breaker – Device breaking ground loops in electric circuits.
- Gasoline Range Extender – Gas-powered engine extending EV range.
- Grid-Supportive EV – Vehicle supporting grid stability through power feedback.
- Grounding Pad – Safety pad ensuring electrical insulation.
- G-force Compensation – Tech reducing G-force impact on passengers.
- Ground-Effect Kit – Aftermarket kit enhancing vehicle aerodynamics.
- Guidance Control System – Tech guiding autonomous vehicle operation.
- Gear-Mesh Efficiency – Efficiency of gears transferring power.
- Graded Driving Mode – Mode enhancing vehicle performance on slopes.
- Green Tech Integration – Including renewable technologies in EV designs.
- Gas Purification System – System cleaning fuel cell intake gases.
- Guided Lane Assist – Tech keeping vehicles within designated lanes.
- Garage Door Opener Integration – In-vehicle remote for garage door control.
- Gravel Traction Control – System improving traction on rough roads.
- Ground Power Supply – Power source for EV charging.
- Grid Frequency Stabilizer – EV feature stabilizing power grid frequency.
- Grid Sharing Platform – Service managing shared EV charging resources.
- Ground Protection Circuit – Circuit ensuring safe electric grounding.
- Gantry Sensor – Sensor monitoring vehicle position at toll gates.
- Guide Pin Locking System – Tech ensuring brake pin stability.
- Gear Position Sensor – Sensor detecting gear shifts.
- Gross Axle Weight Rating (GAWR) – Max weight load for each vehicle axle.
- Garage Safety System – Sensors ensuring safe EV garage parking.
- Grid Storage Battery – Battery storing power from the grid.
- Grid Voltage Stabilizer – Device managing grid voltage fluctuations.
- Gearbox Housing – Protective casing for transmission components.
- Guided EV Tour System – System offering EV-related guided tours.
- Global EV Certification – International standard certification for EV compliance.
- H-Bridge Inverter – Circuit used to drive electric motors in EVs.
- H-VAC System – Heating, Ventilation, and Air Conditioning system in vehicles.
- Hall Effect Sensor – Sensor detecting magnetic fields for motor control.
- Handbrake – Parking brake used to keep the vehicle stationary.
- Handling Dynamics – Vehicle’s performance characteristics related to driving control.
- Harmonic Balancer – Device reducing engine vibration (used in hybrids).
- Hatchback EV – Compact electric vehicle with a rear hatch door.
- Head-Up Display (HUD) – Transparent display projecting critical information on the windshield.
- Headlamp Washers – System cleaning vehicle headlights.
- Heat Exchanger – Transfers heat between vehicle systems.
- Heat Management System – Regulates temperature in EV batteries and motors.
- Heat Pump System – Efficient heating and cooling system in EVs.
- Heated Steering Wheel – Steering wheel with heating elements for cold weather.
- Heated Seats – Seats equipped with heating elements for passenger comfort.
- Heavy-Duty EV – Large electric vehicle designed for industrial or cargo use.
- High-Current Charger – EV charger supplying high electric current for fast charging.
- High-Performance EV – Electric vehicle designed for speed and dynamic performance.
- High-Voltage Battery – Battery delivering high electric power for EV operation.
- Highway Assist – System providing automated driving support on highways.
- Hill Descent Control – System assisting in safe downhill driving.
- Hill Hold Assist – Prevents vehicle rollback on slopes during acceleration.
- Hill Start Assist – Feature preventing rollback when starting on an incline.
- Home Charging Station – Private EV charging setup at home.
- Home Energy Storage – System storing electricity from renewable sources or the grid.
- Homologation – Certification ensuring vehicle compliance with regional standards.
- Horsepower (HP) – Measure of engine or motor power output.
- Hybrid Battery Pack – Energy storage system used in hybrid vehicles.
- Hybrid Electric Vehicle (HEV) – Vehicle powered by both electric and combustion engines.
- Hybrid System Indicator – Display showing power usage in hybrid vehicles.
- Hydraulic Braking System – Braking system using hydraulic fluid.
- Hydraulic Power Steering – Steering system assisted by hydraulic fluid pressure.
- Hydrogen Fuel Cell – Device generating electricity through hydrogen and oxygen reactions.
- Hydrogen Storage Tank – Container storing hydrogen fuel in fuel cell vehicles.
- Hydraulic Regenerative Braking – System using hydraulic force to recover braking energy.
- Hypercar EV – High-end, ultra-performance electric vehicle.
- Hyper-Miling – Driving technique maximizing fuel or energy efficiency.
- Hybrid Drive System – System combining electric and combustion power sources.
- Hybrid Mode – Driving mode combining power from both electric and combustion engines.
- Hybrid Power Control Unit – Manages energy flow in hybrid vehicles.
- Hybrid Transmission – Gear system managing dual power sources in hybrids.
- Hydraulic Shock Absorber – Suspension component reducing vibrations.
- Hydrocarbon Emissions – Harmful gases emitted by combustion engines (not in EVs).
- HVAC Control Panel – Interface managing climate control in vehicles.
- Hydraulic Liftgate – Motorized liftgate operated by hydraulic force.
- Hydraulic Suspension System – System using hydraulic force for vehicle stability.
- Hybrid-Specific Navigation – Navigation system optimized for hybrid vehicle routes.
- Hydraulic System Failure Alert – Dashboard warning for hydraulic system issues.
- High-Torque Motor – Electric motor producing significant rotational force.
- High-Voltage Disconnect Unit (HVDU) – Safety system cutting off high-voltage power.
- Hybrid Mode Selector – Control switching between hybrid and electric modes.
- HVAC Air Filter – Filter ensuring clean cabin air in EVs.
- Hydrogen Refueling Station – Infrastructure supplying hydrogen fuel for fuel cell EVs.
- Hydraulic Power Control Module – Manages hydraulic systems in vehicles.
- Hybrid Assist Motor – Electric motor assisting the combustion engine in hybrids.
- Hydraulic Brake Booster – Enhances braking power using hydraulic pressure.
- Hydraulic Drive System – System transmitting power using hydraulic fluid.
- Hybrid Inverter – Converts electric current for motor operation in hybrids.
- Hydraulic Pump Assembly – Component generating hydraulic pressure.
- Hybrid System Regeneration – Energy recovery system in hybrid vehicles.
- Hydraulic Clutch Actuator – Device enabling smooth gear shifting.
- Hybrid System Warning Light – Dashboard indicator showing hybrid system faults.
- Hydrogen Fuel Economy – Efficiency measure of hydrogen-powered vehicles.
- Hybrid Control Module – Central control for managing hybrid systems.
- Hybrid Traction Battery – Main battery powering hybrid electric vehicles.
- Hybrid Vehicle Service Indicator – Maintenance alert for hybrid systems.
- Hydraulic Gear Pump – Pump managing fluid flow in hydraulic systems.
- Hydraulic Cylinder – Converts hydraulic pressure into mechanical force.
- Hydraulic Drive Axle – Transmits power using hydraulic force.
- Hybrid-Ready Chassis – Vehicle frame designed for hybrid powertrains.
- Hybrid Telematics System – Monitors and reports hybrid vehicle performance.
- Hybrid Resale Value – Market value of used hybrid vehicles.
- Hydraulic Line Assembly – Network of fluid lines in hydraulic systems.
- Hybrid Powertrain Architecture – Design integrating dual power sources.
- Hybrid Vehicle Insurance Plan – Insurance specifically covering hybrid vehicles.
- Hybrid Towing Capacity – Weight a hybrid vehicle can tow safely.
- Hydraulic Pressure Sensor – Monitors pressure in hydraulic systems.
- Hybrid Technology Package – Optional features enhancing hybrid vehicle performance.
- Hydraulic Control Valve – Directs fluid flow in hydraulic systems.
- Hybrid Vehicle Configuration – Customizable powertrain setup in hybrids.
- Hybrid Battery Cooling System – Maintains optimal battery temperature in hybrids.
- Hybrid Charge Indicator – Shows charging status in hybrid vehicles.
- Hybrid Electric Powertrain – Combines electric motor and combustion engine power.
- Hybrid Energy Management System – Oversees power flow in hybrids.
- Hybrid Fuel Economy Rating – Measures fuel efficiency in hybrid vehicles.
- Hybrid Safety Rating – Safety score of hybrid vehicle designs.
- Hybrid-Specific Diagnostic Tool – Equipment diagnosing hybrid vehicle issues.
- Hybrid Service Schedule – Recommended maintenance intervals for hybrids.
- Hybrid Transmission Control Module – Manages hybrid transmission operations.
- Hybrid Vehicle Warranty Plan – Coverage protecting hybrid vehicle components.
- Hydrogen Safety Valve – Prevents overpressure in hydrogen storage tanks.
- Hybrid Cargo Management System – Optimizes cargo space in hybrid vehicles.
- Hybrid Electric AWD System – All-wheel-drive system powered by a hybrid drivetrain.
- Hydrogen Leak Detector – Detects hydrogen gas leaks in fuel cell EVs.
- Hybrid-Specific Maintenance Tool – Tools designed for servicing hybrid vehicles.
- Hybrid Vehicle Recycling Plan – Process for environmentally friendly disposal of hybrids.
- Hydraulic Gear Reducer – Reduces motor speed using hydraulic force.
- Hydraulic Lift System – Enables vehicle height adjustment.
- Hybrid-Specific Insurance Package – Insurance covering hybrid-related damages.
- Hybrid Battery Recycling – Reclaiming materials from used hybrid batteries.
- Hybrid Performance Monitor – Tracks hybrid system performance in real time.
- ICE (Internal Combustion Engine) – Engine powered by fuel combustion, used in hybrids.
- ICE Vehicle – Vehicle powered entirely by an internal combustion engine.
- ICU (Integrated Control Unit) – Central control system managing vehicle functions.
- Ignition Coil – Component converting voltage for spark generation in ICEs.
- Ignition Key – Device used to start or stop a vehicle.
- Ignition Module – Controls the timing of the engine’s ignition system.
- Ignition Switch – Switch enabling or disabling engine operation.
- Idle Control Valve – Regulates engine idle speed (not used in EVs).
- Idle Stop-Start System – System turning off the engine when stationary to save fuel.
- Idle Time Monitor – Tracks vehicle idle time for efficiency.
- Illuminated Entry System – Lights activated upon vehicle entry.
- Immobilizer System – Anti-theft system disabling engine operation.
- Impact Absorption System – Structure designed to absorb crash impact energy.
- Impact Sensor – Detects collisions and triggers airbags.
- In-Car Connectivity – Integration of internet and media services within the vehicle.
- In-Car Entertainment (ICE) – Multimedia systems providing audio and video.
- In-Dash Navigation System – Built-in navigation providing GPS-guided routes.
- Inboard Motor – Motor mounted inside the vehicle body.
- Inductive Charging – Wireless charging technology for EVs.
- Induction Motor – Electric motor commonly used in EVs.
- Inductive Load – Electrical load consuming power through electromagnetic fields.
- Induction System – Air intake system supplying air to combustion engines.
- Industry Standard Charger – EV charger following international standards.
- Inertia Sensor – Sensor detecting changes in vehicle motion.
- Infotainment System – Combines entertainment and navigation features.
- Infrared Sensor – Sensor detecting objects using infrared radiation.
- Initial Drive Torque – Torque generated at the start of vehicle movement.
- Injection Pump – Device delivering fuel to engine cylinders (for ICEs).
- Injection System – Fuel delivery system in combustion engines.
- Inline Engine – Engine with cylinders arranged in a single line.
- Inline Four-Cylinder Engine – Common engine configuration with four cylinders.
- Inspection Light Indicator – Dashboard alert signaling service requirements.
- Inspection Port – Opening providing access to internal vehicle components.
- Instrument Cluster – Dashboard display showing key vehicle information.
- Intake Air Temperature Sensor – Measures incoming air temperature.
- Intake Manifold – Distributes air to the engine’s cylinders.
- Integrated Circuit (IC) – Electronic chip managing vehicle control systems.
- Integrated Drive Module (IDM) – Combines motor, transmission, and power electronics.
- Integrated Electronics System – Centralized control for vehicle functions.
- Integrated Motor Assist (IMA) – Electric motor assisting engine power.
- Integrated Power Module (IPM) – Manages power flow in EVs.
- Integrated Rear Spoiler – Aerodynamic feature improving airflow.
- Integrated Safety System – Combines multiple safety technologies.
- Integrated Starter Generator (ISG) – Start-stop system improving fuel economy.
- Intelligent All-Wheel Drive (i-AWD) – System adjusting power distribution to all wheels.
- Intelligent Battery Management System (iBMS) – Monitors and optimizes battery health.
- Intelligent Cruise Control (ICC) – Adaptive cruise control maintaining vehicle speed.
- Intelligent Drive Control – Tech managing vehicle dynamics and stability.
- Intelligent Parking Assist (IPA) – System aiding in automated parking.
- Intelligent Speed Assistance (ISA) – Limits vehicle speed based on road conditions.
- Intelligent Traction Control – Enhances grip by adjusting power distribution.
- Intelligent Vehicle System (IVS) – Central management of connected vehicle features.
- Intelligent Windshield Wipers – Automatically adjust wiper speed based on rain intensity.
- Interior Lighting System – Cabin lights providing visibility and ambiance.
- Interlock System – Prevents unsafe vehicle operation through locking mechanisms.
- Internal Gear Hub – Gear system enclosed within the wheel hub.
- Internal Voltage Regulator – Manages voltage output within the vehicle.
- Interoperable Charging Network – Universal EV charging infrastructure.
- Intersection Collision Avoidance – Detects cross-traffic risks at intersections.
- Interval Wipers – Wipers operating at timed intervals.
- Inverter – Converts DC battery power to AC for electric motors.
- Inverter Drive System – Controls motor operation in EVs.
- Ion Battery – Advanced lithium-ion battery used in EVs.
- Ion Exchange Membrane – Material enabling electric charge transfer in fuel cells.
- Ionization Sensor – Detects air quality and pollution levels.
- Isofix System – Standardized child seat anchoring system.
- Isolated Ground System – Prevents electrical system faults through insulation.
- Isolated Power Supply – Protects sensitive electronics from electrical noise.
- i-Mode Drive Selector – Customizable driving mode system.
- i-VTEC Engine – Variable valve timing system enhancing engine performance.
- Idle Learning System – Self-adjusting engine idle for efficiency.
- Ignition Interlock Device – Prevents engine start under unsafe conditions.
- Immobilizer Key – Encoded key preventing vehicle theft.
- Impact Beam – Structural component absorbing collision forces.
- Imperial Fuel Efficiency – Fuel consumption measured in miles per gallon.
- In-Cabin Air Filter – Cleans air circulating within the vehicle cabin.
- Independent Suspension – Suspension allowing wheels to move independently.
- Indirect Tire Pressure Monitoring System (iTPMS) – Monitors tire pressure indirectly.
- Inertia Control System – Reduces vehicle body roll during turns.
- Integrated Charging System – Combines charging and power management.
- Interior Trim Package – Optional interior design and finish upgrades.
- Intelligent Hybrid System – Balances power use in hybrid vehicles.
- Integrated Drive Train – Combines powertrain components for efficiency.
- Integrated Navigation Module – GPS navigation built into the vehicle interface.
- Interior Noise Dampening – Reduces cabin noise for passenger comfort.
- Intelligent Rearview Mirror – Digital mirror providing real-time rear visibility.
- Interior Mood Lighting – Ambient lighting enhancing cabin aesthetics.
- Inspection Service Interval – Recommended times for vehicle maintenance.
- Internal Combustion Efficiency – Measure of fuel-to-energy conversion in ICEs.
- i-Motor Drive System – Intelligent motor management in EVs.
- Intelligent Pedestrian Detection – Identifies pedestrians to prevent collisions.
- Integrated Circuit Board – Controls electronic systems in modern vehicles.
- Intelligent Vehicle Mode – Driving mode adjusting to road and weather conditions.
- Interactive Vehicle Display – Touchscreen interface for vehicle control.
- In-Vehicle Charging Controller – Manages vehicle charging processes.
- Intelligent Key Fob – Remote unlocking and engine start system.
- Integrated Load Management – Balances power across multiple vehicle systems.
- Integrated Motor Drive System – Combines motor, transmission, and control units.
- Inverter Heat Sink – Dissipates heat generated by the inverter.
- Ion Storage Module – Battery pack component storing electrical energy.
- J1772 Connector – Standard EV charging connector used in North America.
- Jackknife Prevention System – Safety system preventing trailer jackknifing.
- Jack Stand – Equipment supporting a lifted vehicle during maintenance.
- Jack Point – Designated spot for lifting a vehicle with a jack.
- Jack Shaft – Shaft transferring mechanical power in some EV drivetrains.
- Jam Nut – Nut used to lock another nut in place.
- Jamming Sensor – Sensor detecting obstructions in automated systems.
- Japanese Automotive Standard (JASO) – Automotive standards in Japan.
- Jet Ignition System – Advanced ignition system boosting efficiency in hybrids.
- Job Costing – Tracking costs associated with EV production or repair.
- Joint Assembly – Connection point in vehicle components.
- Jounce Bumper – Suspension component absorbing shocks during compression.
- Joystick Controller – Control system used in specialized electric vehicles.
- Jump Start Port – Connection point for boosting a dead vehicle battery.
- Junction Box – Electrical box distributing power in an EV.
- Junction Sensor – Sensor detecting connections within electric circuits.
- JuiceNet – Smart charging platform for EVs.
- JuicePoint – EV charging station brand.
- JuicePack – Portable EV battery backup system.
- Jump Start Kit – Portable battery pack for emergency starts.
- Just-in-Time Manufacturing (JIT) – Production method minimizing inventory.
- Joule Heating – Heat generated by electric current in circuits.
- Joule Rating – Measure of energy absorption in EV surge protectors.
- Journey Planner – Navigation tool optimizing EV travel routes.
- Junkyard EV Conversion – Repurposing old vehicles into electric models.
- Jurisdictional Compliance – Adhering to automotive regulations in specific areas.
- Jetstream Aerodynamics – Design enhancing EV airflow and efficiency.
- JIS Standard Connector – Japanese Industrial Standard for vehicle components.
- Juiced Up – Fully charged EV ready for operation.
- Jump Seat – Extra seating in some vehicle models.
- Junction Temperature – Temperature at semiconductor connections in EV circuits.
- Jump Frequency Control – System adjusting frequency in EV power supplies.
- Joint Torque Sensor – Sensor measuring torque in drivetrain joints.
- Jumper Cable – Cables used for connecting batteries during jump starts.
- Job Scheduling System – Software managing EV production or service tasks.
- Junction Capacitance – Electrical characteristic in EV circuits.
- Jet Fuel Alternative – Potential fuel source for EV-powered aircraft.
- Journey Range Indicator – Display showing estimated EV travel range.
- Jack-Knife Sensor – Trailer stability monitoring system.
- Junction Box Assembly – Integration point for multiple EV circuits.
- Jet Ventilation System – Advanced climate control for EV interiors.
- Jumpstart Override – System bypassing failed EV starting circuits.
- Jumpstart Sensor – Detects improper battery connections during jump starts.
- Jet Flow Diffuser – Improves airflow in EV aerodynamic designs.
- Joint Inspection Report – Document outlining EV maintenance findings.
- JuiceCharge App – Mobile app managing EV charging sessions.
- JuiceLink Connector – Smart charging cable interface.
- JuiceControl Module – Manages EV battery charging profiles.
- Juiced Vehicle – EV fully equipped with enhanced features.
- Jumpstart Adapter – Connects different types of batteries for charging.
- Journey Data Logger – Records EV trip data for performance analysis.
- Jump Start Relay – Switch enabling temporary battery connections.
- Jet Blast Deflector – Protects EV components from air blasts.
- Junction Mapping System – Tracks electric junctions in vehicle electronics.
- Just-in-Case Charging Kit – Portable emergency EV charging kit.
- Jet Noise Suppressor – Reduces sound in electric-powered aircraft.
- JumpStart Safety Switch – Prevents unsafe battery jump-start operations.
- Journey Mileage Tracker – Logs distance covered by an EV.
- Junction Resistance – Electrical resistance at circuit junctions.
- Just-in-Time Delivery – Inventory system for EV manufacturing components.
- Jumpstart Warning Indicator – Alerts users of improper battery jump-start attempts.
- JuiceLevel Indicator – Battery charge level display.
- Journey Auto-Sync – Automatically syncs travel data in EVs.
- Junction Integrity Monitor – Checks circuit stability in EV systems.
- Jet Spray Washers – High-pressure washing system for EVs.
- Jet Engine Concept EV – EVs inspired by jet engine technologies.
- Jumper Module – Connects or bypasses circuit sections in EVs.
- Journey Mapping App – Navigation tool offering route optimization.
- Jump Start Guard – Prevents accidental reverse polarity during jumps.
- Junction Fault Detector – Identifies issues in EV wiring junctions.
- Journey Estimator Tool – Calculates expected EV travel distance.
- Jet Fuel Cell – Alternative fuel source for future electric aircraft.
- Jump Control Panel – Monitors and manages battery jump-starts.
- Just-in-Time Update – Immediate system updates in connected EVs.
- Journey Sync System – Synchronizes vehicle and travel data.
- Jumpstart Voltage Regulator – Maintains stable voltage during jumps.
- Jet Propulsion EV Concept – Future design based on jet propulsion principles.
- Jump Signal Override – Allows manual override of jump-start systems.
- Jet Venting System – Improves air circulation in high-performance EVs.
- Just-in-Case Tool Kit – Emergency repair kit for EV owners.
- Jumpstart Circuit Tester – Tool for diagnosing jump-start issues.
- Jump Frequency Modulator – Adjusts frequency in electric power management.
- Jet-Thrust Drive – Hypothetical propulsion system for future EVs.
- Jumpstart Error Detector – Alerts to jump-start errors.
- Journey Sync App – Mobile platform syncing travel and EV data.
- Junction Cap Breaker – Circuit protector in EV electronics.
- Journey Cost Calculator – Estimates EV trip expenses.
- Jetliner EV Prototype – Concept for electric-powered commercial aircraft.
- Junction Box Protector – Shields EV electrical junctions from damage.
- Jumpstart Alert System – Warns of improper battery jump attempts.
- Journey Planner Pro – Advanced trip planning tool for EVs.
- Junction Flow Control – Manages power flow in EV wiring.
- Jumpstart Light Indicator – Illuminates when a jump-start is needed.
- Jetstream Cooling System – High-efficiency cooling for EV motors.
- Journey Report Generator – Creates detailed trip summaries.
- Jumpstart Log Module – Keeps records of jump-start events.
- Journey Cost Estimator – Predicts trip costs based on EV efficiency.
- Jumpstart Safety Relay – Ensures safe electrical connections.
- Jet Speed EV Concept – High-speed EV inspired by jet propulsion.
- Journey Data Sync – Cloud sync for trip data and EV diagnostics.
- Keyless Entry System – Allows vehicle access without using a physical key.
- Key Fob – Remote control for locking, unlocking, and starting a vehicle.
- Kilowatt (kW) – Unit measuring electric power output.
- Kilowatt-hour (kWh) – Measure of electric energy used by EVs.
- Kinetic Energy Recovery System (KERS) – System recovering braking energy.
- Kickdown Switch – Trigger for maximum acceleration in EVs.
- Kick Plate – Protective panel at the vehicle’s door entry.
- Kingpin Angle – Angle affecting steering stability.
- Knock Sensor – Detects engine knocking in hybrids.
- Knee Airbag – Airbag protecting passengers’ knees in collisions.
- Keyless Start – Vehicle ignition activated without inserting a key.
- Kill Switch – Emergency engine shutoff system.
- Kevlar Belt – Durable belt used in EV tires.
- Kerb Weight – Total vehicle weight without passengers or cargo.
- Kilometer Range Indicator – Displays estimated driving range.
- Kingpin Inclination – Steering geometry angle affecting vehicle handling.
- Kinetic Braking – Braking method converting kinetic energy into electricity.
- Knock Detection System – Identifies engine misfires in hybrids.
- Keypad Access System – Digital keypad enabling vehicle entry.
- Kill Switch Override – Bypass for emergency shutdown systems.
- KERS Battery Module – Stores energy recovered during braking.
- Kinetic Drive System – Transfers kinetic energy to power EV components.
- Kinetic Energy Sensor – Measures energy generated during vehicle movement.
- Kick Sensor – Detects foot motion for hands-free trunk opening.
- Kevlar-Reinforced Tire – High-durability tire used in EVs.
- Knuckle Joint – Connects suspension components in EVs.
- Keyless Boot Release – Trunk opening feature without a key.
- Key Recognition System – Identifies the vehicle’s authorized key fob.
- Kickstart Feature – Initial power boost feature for EVs.
- Kingpin Bearing – Supports steering components.
- Kinetic Charge Module – Converts motion into battery power.
- Kinematic Suspension – Suspension system adjusting to road conditions.
- Keypad Security System – Digital keypad for enhanced vehicle security.
- Kevlar Paneling – Durable panels enhancing vehicle structure.
- Kilovolt (kV) – Measurement of high voltage in EV systems.
- Knuckle Assembly – Component linking wheels to the suspension.
- Keypad Ignition – Starting system using a keypad code.
- Kingpin Steering System – Central steering pivot system.
- Kick-Activated Liftgate – Trunk opens with a foot motion.
- Kerbside Charging Point – Public EV charging station near the curb.
- Kinetic Compensation – System balancing vehicle movement.
- Kill Switch Indicator – Dashboard light showing emergency shutoff status.
- Key Detection Module – Detects key presence near the vehicle.
- Kinematic Motion Control – Adjusts vehicle dynamics for smooth operation.
- Kilometer Tracker – Device logging distance traveled.
- Kinetic Energy Converter – Converts motion into usable electric power.
- Knock-Resistant Engine Mount – Reduces engine vibrations.
- Keyless Vehicle Entry Module – Central unit managing keyless access.
- Kevlar Protective Layer – Material protecting EV components.
- Kinetic Energy Buffer – Temporary energy storage during motion.
- Kickstand Sensor – Detects kickstand position in electric bikes.
- Keyless Lock Override – Emergency unlocking system.
- Kingpin Shaft – Connects the steering system components.
- Kilometer Display Module – Shows distance traveled on the dashboard.
- Knock Protection Circuit – Prevents damage from engine knocks.
- Keyless Emergency Start – Starts vehicle without a working key fob.
- Kinematic Response System – Adjusts vehicle balance dynamically.
- Kinetic Safety System – Enhances vehicle safety by managing energy flow.
- Kick Sensor Override – Disables hands-free trunk opening.
- Kevlar Cable Shielding – Protects high-voltage cables from damage.
- Kilowatt Load Indicator – Displays electric power consumption.
- Kingpin Alignment Tool – Used for adjusting steering alignment.
- Kinetic Ride Controller – Manages vehicle stability on uneven surfaces.
- Keyless Trunk Unlock – Allows trunk access without a key.
- Knuckle Pivot System – Central steering component managing wheel turns.
- Kinetic Compensation System – Balances vehicle forces during acceleration.
- Kevlar-Coated Rotor – Durable motor rotor in EVs.
- Kingpin Load Sensor – Monitors front axle load in heavy-duty EVs.
- Kilowatt Usage Tracker – Logs electricity consumption during EV operation.
- Kinematic Power Unit – Converts mechanical energy into electrical energy.
- Kickstart Safety Sensor – Prevents accidental activation of EVs.
- Kinetic Gear Drive – Transfers mechanical power from motor to wheels.
- Kevlar-Fiber Dashboard – Reinforced dashboard material.
- Keyless Charging Access – Allows charging without physical key authentication.
- Kill Circuit Relay – Cuts power in emergency situations.
- Kilometer Logging System – Tracks total distance driven.
- Kinetic Efficiency Monitor – Measures energy recovery efficiency.
- Keyless Power Button – Push-start system eliminating the need for a key.
- Knock Sensor Alert – Notifies drivers of engine misfires.
- Kevlar Tire Guard – Protective layer for extended tire life.
- Keyless Door Handle – Handle with integrated keyless entry sensor.
- Kingpin Steering Sensor – Monitors steering system performance.
- Kick Motion Detector – Activates hands-free features.
- Kinetic Energy Sensor Module – Detects vehicle movement and power output.
- Knuckle Shaft Assembly – Connects suspension to steering components.
- Kevlar Shielding Harness – Cable harness with added protection.
- Keyless Ignition Override – Manual engine start in emergencies.
- Knock-Resistant Engine Module – Prevents engine failure from knocks.
- Keyless Trunk Access Module – Manages remote trunk unlocking.
- Kilowatt Consumption Display – Shows electric power usage in real-time.
- Kinematic Wheel Alignment – Precision adjustment for optimal wheel balance.
- Kick-Powered Charging Dock – Generates power through mechanical kicks.
- Kinetic Power Boost – Enhances acceleration through stored energy.
- Kevlar-Infused Seat Covers – Durable and protective seat material.
- Kingpin Sensor Override – Disables steering lock mechanism.
- Keyless Entry Override Module – Manual override for keyless entry failure.
- Kinematic Power Reserve – Stores excess kinetic energy.
- Kick Sensor Sensitivity Control – Adjusts activation sensitivity.
- Kevlar Motor Casing – Protective layer for electric motor housing.
- Kingpin Axle Stabilizer – Enhances front axle stability in heavy-duty vehicles.
- Lane Departure Warning (LDW) – Alerts drivers when drifting out of their lane.
- Lane Keeping Assist (LKA) – Actively corrects steering to keep the vehicle in its lane.
- Laminated Glass – Safety glass used in vehicle windows.
- Launch Control – System optimizing acceleration from a standstill.
- Lead-Acid Battery – Traditional battery type used in some electric vehicles.
- Leather Upholstery – High-end seat covering material.
- LED Headlights – Energy-efficient vehicle lighting.
- Left-Hand Drive (LHD) – Vehicle with the steering wheel on the left side.
- Level 1 Charger – Basic home EV charger using standard outlets.
- Level 2 Charger – Faster EV charger requiring a dedicated 240V outlet.
- Level 3 Charger – High-speed DC fast charger for EVs.
- Lidar Sensor – Sensor using laser beams for object detection and navigation.
- Life Cycle Assessment (LCA) – Evaluation of environmental impact across a vehicle’s life.
- Light Commercial Vehicle (LCV) – Small to medium-sized commercial vehicles.
- Lightweight Alloy – Material reducing vehicle weight for better efficiency.
- Limited-Slip Differential (LSD) – Improves traction by limiting wheel spin.
- Lithium-Ion Battery – Common battery type in modern EVs.
- Load Distribution – Balancing cargo weight for stability.
- Load Management System – Manages power distribution in EVs.
- Load Sensor – Detects vehicle load weight for optimal performance.
- Locking Differential – Ensures both wheels turn together for off-road use.
- Long Range EV – Electric vehicle with an extended driving range.
- Low Emission Vehicle (LEV) – Vehicle producing minimal pollutants.
- Low Rolling Resistance Tires – Tires reducing friction to improve efficiency.
- Low-Speed EV – Electric vehicle designed for short-distance travel.
- Low-Speed Warning System – Alerts pedestrians about approaching EVs.
- Lubrication System – Reduces friction and wear in moving components.
- Luggage Rack – External storage solution for additional cargo.
- Lumbar Support – Adjustable seat feature improving driver comfort.
- Lane Change Assist – Monitors and warns drivers during lane changes.
- Lock Actuator – Device controlling vehicle door locks.
- Load Indicator – Displays vehicle load status.
- Low Battery Alert – Warns when the EV battery level is low.
- Light Assist System – Automatically adjusts headlights based on traffic.
- Load Distribution Hitch – Balances weight when towing heavy loads.
- Low Gear Mode – Provides extra torque for steep inclines.
- Lithium-Iron Phosphate Battery (LFP) – EV battery type offering long cycle life.
- Lug Nut – Fastener securing vehicle wheels.
- Lug Wrench – Tool used for tightening or loosening lug nuts.
- Low Voltage Disconnect (LVD) – Prevents battery over-discharge.
- Low-Speed Cruise Control – Maintains set speeds in traffic.
- Load Capacity Rating – Maximum safe load a vehicle can carry.
- Lane Merge Warning System – Alerts drivers to merging traffic.
- Lane Watch Camera – Monitors vehicle blind spots during lane changes.
- Leveling Sensor – Adjusts vehicle suspension for a balanced ride.
- LED Taillights – Energy-efficient rear vehicle lights.
- Low Ground Clearance – Reduces aerodynamic drag for better fuel efficiency.
- Locking Wheel Nut – Anti-theft device securing vehicle wheels.
- Lift Kit – Suspension upgrade raising vehicle height.
- License Plate Recognition (LPR) – Reads license plates for vehicle identification.
- Luxury Trim Package – Optional high-end vehicle interior package.
- Light Control Module (LCM) – Manages vehicle lighting systems.
- Lithium Polymer Battery (LiPo) – Lightweight battery type used in some EVs.
- Low-Energy Mode – Reduces energy consumption for extended EV range.
- Low-Speed Braking Assist – Helps avoid collisions at low speeds.
- Lane Tracking System – Monitors and maintains lane positioning.
- Low-Speed Pedestrian Alert – Emits sound to alert pedestrians near EVs.
- Low Profile Tires – Short sidewall tires enhancing performance.
- Light-Duty Truck – Smaller truck category used for lighter loads.
- Luxury SUV – High-end sport utility vehicle.
- Load Stabilizer – Prevents cargo shift during travel.
- Lithium Titanate Battery (LTO) – Fast-charging EV battery type.
- Locking Gas Cap – Prevents fuel theft in hybrid vehicles.
- Lightweight Chassis – Reduces overall vehicle weight for better efficiency.
- Luxury Seat Package – Premium seating options for added comfort.
- Lateral Support Bolsters – Enhance stability in vehicle seats.
- Low-Profile Spoiler – Aerodynamic rear spoiler improving stability.
- Load Sensing Proportioning Valve (LSPV) – Adjusts brake force based on load.
- Low Fuel Indicator – Alerts drivers when fuel is running low (for hybrids).
- Light-Duty Vehicle (LDV) – Passenger or small commercial vehicles.
- Load Compensating Suspension – Adjusts suspension based on load weight.
- Lithium-Sulfur Battery (Li-S) – Advanced battery with high energy density.
- Luxury Sound System – Premium audio system with superior sound quality.
- LED Fog Lights – Enhance visibility in foggy conditions.
- Lane Deviation Alert – Warns drivers of unintended lane changes.
- Low-Drag Aerodynamic Design – Vehicle design minimizing air resistance.
- Locking Roof Rack – Secures cargo on top of the vehicle.
- Luggage Compartment Light – Illuminates vehicle trunk area.
- Load Floor Panel – Flat surface for organizing cargo.
- Lightweight Body Panels – Reduce vehicle weight without sacrificing strength.
- Low-Speed Maneuvering Assist – Eases tight space navigation.
- Light-Duty Trailer – Small trailer for hauling light loads.
- Lateral Impact Sensor – Detects side-impact collisions.
- Luxury Dashboard Finish – Premium interior dashboard design.
- Lithium-Silicon Battery – Next-generation EV battery type.
- Lane Centering Assist – Keeps vehicle centered within its lane.
- Low-Tire Pressure Warning – Alerts drivers to under-inflated tires.
- Luxury Roof Liner – High-end interior roof covering.
- Lane Split Alert – Monitors traffic in adjacent lanes.
- LED Cabin Lighting – Enhances interior vehicle ambiance.
- Luxury Cargo Organizer – Storage compartments for organized cargo.
- Low-Voltage Wiring Harness – Manages EV electrical circuits.
- Locking Differential Control – Enhances traction on uneven terrain.
- Lane Tracking Assist – Active lane monitoring and correction.
- Lithium-Air Battery – Experimental EV battery with high capacity.
- Load-Sensitive Braking – Adjusts brake force based on vehicle load.
- Low-Resistance Bearings – Reduce friction for greater efficiency.
- Low-Beam Assist – Automatically adjusts headlights for low-light conditions.
- Luxury Touring Package – Premium travel comfort features.
- Low-Speed Cruise Assist – Automates slow-speed driving in traffic.
- Main Battery Pack – Primary energy source powering EVs.
- Maintenance-Free Battery – Battery requiring no regular servicing.
- Manual Transmission (MT) – Transmission requiring manual gear changes.
- Mass Airflow Sensor (MAF) – Measures air entering the engine (for hybrids).
- Maximum Torque – Peak rotational force generated by an electric motor.
- Memory Seats – Seats with programmable positions.
- Metal-Air Battery – High-energy-density battery under development.
- Micro Hybrid – Vehicle with start-stop engine functionality.
- Microcontroller Unit (MCU) – Manages various vehicle electronics.
- Mid-Drive Motor – Electric motor located near the vehicle’s center.
- Mileage Range Indicator – Displays remaining driving distance.
- Mild Hybrid Electric Vehicle (MHEV) – Hybrid using a small electric motor for support.
- Mirror Adjustment Module – Controls external mirror positioning.
- Mobile Charger – Portable EV charging unit.
- Mode Selector Switch – Allows switching between driving modes.
- Monocoque Frame – Single-piece structural vehicle frame.
- Motor Efficiency Rating – Indicator of how efficiently an electric motor operates.
- Motor Power Output – Total power generated by an EV motor.
- Motor Speed Controller – Regulates motor speed and torque.
- Motor Torque Sensor – Measures motor torque for efficiency control.
- Motor Windings – Copper coils inside electric motors.
- Multi-Link Suspension – Advanced suspension for enhanced handling.
- Multimedia Interface (MMI) – In-vehicle media and navigation system.
- Multi-Mode Drive – Drive system offering various driving settings.
- Multi-Stage Hybrid System – Hybrid with multiple electric motor stages.
- Multi-Zone Climate Control – Custom temperature settings for different cabin zones.
- Mushroom Button – Emergency stop button in commercial EVs.
- Music Streaming Integration – In-car music service connection.
- MagneRide Suspension – Adaptive suspension using magnetic fluid.
- Maintenance Indicator Light – Alerts for upcoming vehicle servicing.
- Manual Override System – Allows manual control of automated features.
- Master Cylinder – Component controlling brake fluid pressure.
- Max Speed Governor – Limits maximum vehicle speed.
- Max Torque Converter – Transfers motor torque to the drivetrain.
- Memory Steering – Stores preferred steering settings.
- Metal Matrix Composite (MMC) – Lightweight, strong material used in EVs.
- Micro Mobility EV – Compact electric vehicles for urban transit.
- Micro Steering Adjustment – Precise steering control system.
- Mileage Logger – Tracks total vehicle distance covered.
- Mobile Data Interface – Connects vehicle systems to the internet.
- Mobile Device Charging Port – USB and wireless chargers in the cabin.
- Mobile EV Service Unit – On-site vehicle maintenance service.
- Mobile Navigation App Integration – Connects navigation apps to the vehicle.
- Modular Battery Design – Batteries built using interchangeable modules.
- Modular Chassis System – Flexible vehicle platform design.
- Modular Drive System – Interchangeable powertrain components.
- Modular EV Platform – Scalable platform supporting various vehicle types.
- Modular Roof Rack – Adjustable roof-mounted storage system.
- Monitor Display Cluster – Dashboard screen displaying vital vehicle data.
- Monoposto Cabin Design – Single-seat vehicle configuration.
- Monowheel EV – Electric-powered single-wheel vehicle.
- Moonroof – Glass roof panel allowing light into the cabin.
- Moped-Style EV – Lightweight electric two-wheeler.
- Motor Assisted Pedal (MAP) – Boosts pedal-powered EVs.
- Motorized Liftgate – Power-operated vehicle trunk door.
- Motorized Seat Adjustment – Electric seat positioning system.
- Motorized Tailgate Lock – Electronically controlled rear hatch lock.
- Mounting Brackets – Secures vehicle components in place.
- Mud Flaps – Protects the vehicle from road debris.
- Multi-Axle Drive – Power delivery to multiple axles for better traction.
- Multi-Camera System – Surround-view cameras aiding in parking.
- Multi-Circuit Brake System – Advanced brake system with separate circuits.
- Multi-Function Display (MFD) – Central screen controlling various vehicle features.
- Multi-Layer Paint – Protective vehicle paint system.
- Multi-Lumen Headlights – Advanced headlights for better visibility.
- Multi-Mode Gearbox – Transmission with several driving modes.
- Multi-Point Injection (MPI) – Fuel injection system for hybrid engines.
- Multi-Sensory Cabin – Enhances in-cabin experience with light, sound, and scent.
- Multi-Spark Ignition – Engine ignition system boosting fuel efficiency.
- Multi-Terrain Drive System – Adjusts vehicle settings for off-road conditions.
- Multi-Torque Motor Control – Manages torque across motors in EVs.
- Multiplex Wiring System – Reduces vehicle wiring complexity.
- Multi-Wheel Drive – Delivers power to more than two wheels.
- Multi-Zone Audio System – Independent sound settings for passengers.
- Multimodal Transport Integration – Links EV use with other transit options.
- Multispeed Electric Drivetrain – Gear-shifting system in EVs.
- Multistep Regenerative Braking – Adjustable braking energy recovery.
- Multifunction Steering Wheel – Steering wheel with integrated controls.
- Music Equalizer Settings – Adjusts audio balance and quality.
- Motor Torque Limiter – Controls torque output to prevent wheel spin.
- Motor Voltage Regulator – Maintains stable motor voltage.
- Motorized Air Vent Control – Adjusts air vents automatically.
- Motorized Cup Holder – Automatic beverage holder in luxury EVs.
- Modular Wheel Assembly – Customizable wheels for specialized vehicles.
- Mudguard Extensions – Extra protection against road debris.
- Motor Mounts – Holds and stabilizes the EV motor.
- Music Recognition Feature – Identifies and displays track information.
- Motor RPM Gauge – Displays electric motor speed.
- Modular Headlight System – Customizable headlight components.
- Microfiber Seat Covers – Durable, easy-to-clean seat material.
- Multifunction Roof Console – Integrated roof-mounted control system.
- Microphone Integration – Enables voice commands and calls.
- Modular Roof Panel – Removable roof sections.
- Multi-Lane Navigation System – Enhanced lane guidance for drivers.
- Modular Sound System – Upgradeable in-vehicle audio components.
- Mud-Terrain Tires – Designed for off-road driving.
- Modular Trailer Hitch – Detachable towing system.
- Micro-Steering Adjustment Module – Fine-tunes steering dynamics.
- Motor Cooling System – Prevents motor overheating.
- Motorized Trunk Release – Automatically opens the trunk remotely.
- Nanocomposite Battery – Advanced EV battery using nanomaterials for efficiency.
- Nanotechnology Coating – Protective vehicle coating using nanotechnology.
- Narrow-Body EV – Compact EV designed for urban environments.
- Navigation Display Screen – In-dash screen providing GPS navigation.
- Navigation System – In-vehicle GPS guiding routes and locations.
- Near-Field Communication (NFC) – Wireless tech enabling keyless entry.
- Negative Terminal – Battery terminal providing electric current flow.
- Neutral Gear – Gear position disconnecting the motor from the drivetrain.
- Next-Gen EV Platform – Future-ready vehicle design supporting advanced EV models.
- Nickel-Cadmium Battery (NiCd) – Older rechargeable battery technology.
- Nickel-Metal Hydride Battery (NiMH) – Rechargeable battery used in hybrid EVs.
- Night Vision Camera – Enhances visibility during nighttime driving.
- Noise-Canceling Cabin – In-cabin tech reducing external noise.
- Noise Reduction System – Minimizes cabin and engine noise.
- Nominal Voltage – Standard operating voltage for EV batteries.
- Non-Contact Charging – Wireless EV charging technology.
- Non-Slip Pedals – Pedals designed to prevent foot slippage.
- Normal Charging Mode – Standard EV charging speed setting.
- Notchback Design – Vehicle with a distinct trunk and rear window section.
- Nose Cone Design – Aerodynamic front-end design.
- Nudge Bar – Protective front bar on vehicles.
- Number Plate Recognition (NPR) – System reading vehicle license plates.
- Numeric Keypad Entry – Digital code-based vehicle entry.
- Night-Mode Dashboard – Screen mode reducing glare for night driving.
- Navigation Map Update – Software update enhancing GPS maps.
- Nickel-Based Cathode – Battery component improving energy density.
- Nickel-Free Battery – Eco-friendly battery without nickel content.
- Noise Filter Circuit – Reduces electrical noise in vehicle systems.
- Nodal Load Distribution – Even weight distribution in vehicle suspension.
- Navigation Overlay Display – Heads-up display showing navigation info.
- Night Driving Assist – System improving nighttime visibility.
- Non-Electric Vehicle (NEV) – Conventional vehicle without electric components.
- Non-Metallic Frame – Lightweight frame material for improved efficiency.
- Negative Ground System – Common electrical system grounding in EVs.
- Negative Camber – Wheel alignment angle for improved cornering.
- Neutral Safety Switch – Prevents engine start in unsafe gear positions.
- Non-Skid Surface – Traction-enhancing floor surface in EV cargo areas.
- Nano-Ceramic Window Tint – Reduces cabin heat while blocking UV rays.
- Nickel-Coated Electrodes – Improve conductivity in EV batteries.
- Nighttime Auto-Dimming Mirror – Reduces headlight glare in rearview mirrors.
- Networked EV Charger – Internet-connected charging station.
- Next-Gen Safety Suite – Advanced safety features in modern EVs.
- Nominal Capacity – Expected energy capacity of an EV battery.
- Nodal Point Steering System – Precision steering tech improving control.
- Nose-Mounted Camera – Front-facing camera aiding in parking.
- Neutral Control Module – Manages gear shifting in automatic transmissions.
- Non-Locking Differential – Allows wheels to rotate at different speeds.
- Nano-Coated Interior Panels – Durable, scratch-resistant cabin surfaces.
- Next-Gen Infotainment System – Advanced in-vehicle entertainment platform.
- Nano-Bonded Paint – Scratch-resistant vehicle paint finish.
- Nickel-Zinc Battery (NiZn) – High-energy-density battery tech.
- Noise Isolation Panels – Reduce in-cabin noise from outside sources.
- Nominal Load Capacity – Standard vehicle load rating.
- Next-Gen Suspension System – Adaptive suspension for improved comfort.
- Navigation Compass Display – Digital compass showing driving direction.
- Next-Level Battery Tech – Future-ready, high-capacity EV batteries.
- Non-Ferrous Frame – Lightweight, rust-proof vehicle frame.
- Nano-Layer Protection – Advanced coating for long-lasting vehicle finish.
- Next-Gen Electric Drivetrain – High-performance, efficient EV powertrain.
- Nominal Charge Voltage – Standard battery charging voltage.
- Nano-Enhanced Tyres – Tires designed for improved grip and durability.
- Night Light Sensors – Activate vehicle lighting automatically at dusk.
- Noise Suppression Shield – Reduces engine and wind noise.
- Nano-Infused Plastics – Lightweight, durable automotive plastics.
- Nano-Surfaced Paintwork – Scratch-resistant and glossy vehicle paint.
- Nickel-Based Battery Module – High-performance battery tech in hybrids.
- Neutral Steer Control – Manages steering dynamics for stable handling.
- Navigation Sensor Module – Guides in-vehicle navigation systems.
- Nodal Weight Sensor – Detects vehicle load for optimal power use.
- Nominal Power Output – Standard electric motor power rating.
- Nano-Tech Brake Pads – High-durability brake pads.
- Noise Control Interface – Manages cabin noise cancellation systems.
- Nano-Ceramic Surface Treatment – Long-lasting protective coating.
- Neutral Driving Mode – Vehicle mode disengaging power from the motor.
- Next-Gen Cabin Lighting – Adaptive interior lighting for comfort.
- Nano-Fiber Seats – Durable, easy-to-clean seat covers.
- Next-Gen Powertrain Integration – Advanced motor and battery pairing.
- Nominal Charging Rate – Expected power delivery speed during charging.
- Nano-Polymer Coating – Protective layer enhancing surface durability.
- Noise-Dampening Headliner – Reduces cabin noise from the roof area.
- Nano-Engineered Chassis – Lightweight, high-strength vehicle frame.
- Nano-Foam Insulation – Advanced thermal insulation for cabin comfort.
- Noise-Cancellation Speakers – Integrated system reducing external sound.
- Navigation Alert System – Provides driving and safety alerts.
- Nano-Textured Glass – Glare-free, UV-protective windows.
- Nano-Enhanced HVAC Filter – Advanced cabin air filtration system.
- Nickel-Free Anode – Improves EV battery sustainability.
- Nano-Engineered Brake Rotors – High-durability brake rotors.
- Nano-Coated Headlights – Long-lasting, scratch-resistant headlight covers.
- Noise-Cancellation Microphone – Enables clear voice communication.
- Next-Gen Driver Assistance Suite – Comprehensive vehicle safety system.
- Nano-Enhanced Display – High-resolution vehicle dashboard screen.
- Next-Gen Sound System – Advanced audio system with superior sound.
- Nano-Reinforced Frame – Strong, lightweight frame design.
- Navigation Distance Tracker – Logs trip distances.
- Nano-Porous Insulation – Thermal barrier minimizing heat transfer.
- Nickel-Free Electrode – Sustainable battery tech.
- Nominal System Voltage – Standard voltage rating for EV systems.
- Nano-Coated Roof Panels – Durable, weather-resistant roof material.
- Nano-Precision Sensor Suite – Highly accurate environmental sensing system.
- OBD-II Port (On-Board Diagnostics) – Standard interface for vehicle diagnostics.
- OEM (Original Equipment Manufacturer) – Company producing vehicle components.
- Off-Peak Charging – Charging EVs during low electricity demand periods.
- On-Demand AWD – All-wheel-drive system activated when needed.
- On-Board Charger (OBC) – EV system converting AC to DC for battery charging.
- Onboard Navigation System – Built-in GPS guiding routes.
- One-Pedal Driving – Driving using only the accelerator pedal.
- Open Differential – Basic differential allowing wheels to spin at different speeds.
- Operator Display Panel – Screen showing EV performance data.
- Optical Sensor – Detects light and objects for safety systems.
- Over-The-Air (OTA) Updates – Wireless updates for vehicle software.
- Over-Voltage Protection – Safety feature preventing battery overcharging.
- Oil-Free Motor – Electric motor requiring no lubrication.
- Off-Road Mode – Drive mode enhancing performance on rough terrain.
- On-Board Battery Management System (BMS) – Monitors and manages battery health.
- On-Board Computer (OBC) – Central system managing EV functions.
- Obstacle Detection System – Sensors identifying potential obstacles.
- Off-Road Package – Vehicle features for enhanced off-road performance.
- Oil-Cooled Inverter – Uses oil cooling to manage inverter heat.
- On-Grid Charging – EV charging connected to the electrical grid.
- Onboard Air Compressor – Supplies compressed air for vehicle systems.
- Open-Source EV Platform – Publicly available vehicle development framework.
- Optimal Torque Control – Manages motor torque for performance.
- Onboard Display Interface – Central display showing essential information.
- Onboard Diagnostics (OBD) – Monitors vehicle systems for faults.
- Optical Fiber Data Link – High-speed data transmission for vehicle systems.
- Outboard Motor Mount – External motor mounting for specific EV designs.
- On-Demand Power Boost – Temporary increase in motor power output.
- Optimal Energy Distribution – Balances energy use across vehicle systems.
- Oil Pressure Sensor – Monitors oil pressure in hybrid engines.
- Over-Speed Alert – Warns when the vehicle exceeds speed limits.
- Off-Road Suspension System – Enhances ride comfort on rugged terrain.
- Open-Loop Control – System without feedback for manual operation.
- Over-Current Protection – Prevents excessive electric current flow.
- Off-Road Tires – Designed for better traction on uneven surfaces.
- On-Board Data Logger – Records vehicle data for analysis.
- On-Board Thermal Management System – Controls heat in EV components.
- On-Demand Regenerative Braking – Activates regenerative braking as needed.
- Operator Control Unit (OCU) – Main interface for managing EV systems.
- Onboard Internet Module – Provides internet connectivity within the vehicle.
- Overdrive Mode – Enhances fuel efficiency in hybrid vehicles.
- Oil-Free Transmission – Requires no lubrication, typical in EVs.
- Off-Axis Motor Design – Motor placement optimizing vehicle balance.
- Open-End Lease – Lease agreement with flexible terms.
- Off-Peak Electricity Pricing – Lower electricity rates during specific hours.
- Oil Temperature Gauge – Displays engine oil temperature.
- Off-Road Skid Plate – Protects the vehicle’s underside from damage.
- One-Touch Window Control – Simplifies window operation with one touch.
- Onboard Voltage Regulator – Maintains stable voltage in EV systems.
- Optimized Battery Cooling – Maintains ideal battery temperature.
- On-Demand Ride Service Integration – Connects EVs to ride-hailing services.
- Operator Display Console – Shows vehicle stats in commercial EVs.
- Open-Source Vehicle Software – Customizable software platform for EVs.
- On-Board Load Management – Distributes electrical loads efficiently.
- Off-Road Lighting System – Provides extra illumination for rugged terrains.
- Off-Peak Charging Scheduler – Automatically schedules EV charging at low-cost times.
- Obstacle Avoidance System – Adjusts vehicle path to avoid collisions.
- Oil-Less Compressor – Supplies compressed air without lubrication.
- On-Demand Four-Wheel Drive (4WD) – Engages 4WD when needed.
- Onboard Cooling System – Cools EV batteries and components.
- Onboard Network Controller – Manages vehicle communication networks.
- Open Circuit Fault Detector – Identifies breaks in electrical circuits.
- Obstacle Warning System – Alerts drivers of nearby obstacles.
- Optical Lane Tracking System – Monitors lane markings using cameras.
- Overload Protection Circuit – Prevents system damage from overuse.
- Onboard GPS Tracker – Tracks vehicle location for navigation.
- Onboard Keyless Entry Module – Manages keyless vehicle access.
- Onboard Lighting Module – Controls all vehicle lights.
- Operator Guidance System – Assists operators with EV system management.
- On-Demand AWD Torque Split – Adjusts power distribution between axles.
- Over-the-Horizon Radar – Advanced radar system detecting distant objects.
- Off-Peak Travel Mode – Adjusts EV settings for efficiency during low-traffic times.
- On-Demand Traction Control – Engages traction control on slippery roads.
- On-Demand Vehicle Tracking – Monitors vehicle in real-time.
- On-Board EV Diagnostic System – Analyzes EV system performance.
- Obstacle Sensing Radar – Detects objects using radar waves.
- Open-Loop Cooling – Passive cooling without active monitoring.
- Over-Torque Protection – Limits excessive torque delivery.
- Onboard Fuel Cell System – Generates power from hydrogen in fuel cell EVs.
- Onboard Load Balancer – Manages electrical power across systems.
- Oil-Free Drivetrain – Electric drivetrain needing no lubrication.
- Operator Control Display – Displays key data to the vehicle operator.
- Obstacle Proximity Alert – Warns drivers of nearby hazards.
- On-Demand Hybrid Mode – Switches between hybrid and electric drive modes.
- Off-Road Drive Selector – Adjusts driving settings for off-road conditions.
- Onboard Thermal Monitor – Tracks temperature of EV components.
- Open-Source Battery Tech – Shared EV battery technology designs.
- On-Demand Power Reserve – Holds energy for future use.
- Overheat Warning Light – Indicates excessive system temperature.
- On-Demand Cargo Access – Opens cargo areas via remote commands.
- Operator Safety Override – Manually disables unsafe vehicle functions.
- Obstacle Avoidance Algorithm – Software adjusting vehicle path dynamically.
- On-Board Hydrogen Tank – Stores hydrogen fuel in fuel cell EVs.
- Open Frame Chassis Design – Lightweight vehicle frame structure.
- Onboard Digital Interface – Connects user controls to vehicle systems.
- On-Demand Cabin Cooling – Cools cabin before passengers enter.
- Open-Shelf Storage System – Customizable storage in EV cargo spaces.
- Onboard Media Server – Manages entertainment content in the vehicle.
- Onboard Power Manager – Manages energy flow to vehicle components.
- Obstacle Mitigation System – Automatically adjusts vehicle speed to avoid collisions.