Tesla Model S Electric Motor Tesla Model S Electric Motor

Electric motor used in Tesla Model S, known for high efficiency and performance.

Brand: Tesla Type: Electric Configuration: Single Motor / Dual Motor Production Years: 2012 - теперішній час Production: Fremont, California
9 Brand engines
3 Modifications

Technical Specifications

Configuration Single Motor / Dual Motor
Power 362 - 1020 л.с.
Torque 660 - 1200 Н*м
Fuel System Electric
Aspiration Naturally Aspirated

Electric Motor Specifications

Motor type Permanent Magnet
Configuration Dual Motor
Drive AWD
Total power 518 hp (386 kW)
Total torque 840 Nm
Front motor 193 kW (259 hp) / 420 Nm
Rear motor 193 kW (259 hp) / 420 Nm
Maximum RPM 18,000 rpm
Efficiency 95%
Transmission Single-speed
Cooling System Liquid cooling

Additional Information

Engine Family Tesla Electric Powertrain
Manufacturing Plant Fremont, California
Successor Tesla Model S Plaid

Maintenance

Battery health check Every 12 mo
Battery degradation per year 2%
Battery replacement cost $15,000
Bearing service 300,000 km
Service interval 20,000 km or 12 mo
Brake fluid DOT 4 (replace every 40,000 km)
Cabin Filter Replace every 20,000 km
Tire rotation Every 10,000 km

Reliability

Reliability rating: 9/10

Expected lifespan: 500 000 km

Common problems

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Common problems

  • Проблеми з програмним забезпеченням
  • Зношення гальмівних колодок

Recalls

  • 2020: Проблеми з системою управління
    Solution: Оновлення програмного забезпечення

Reliability characteristics

Overall reliability Висока
Battery reliability Відмінна
Engine reliability Відмінна
Battery degradation типове зниження ємності через 5 років / 100000 км
Expected number of cycles 2,000

Tuning potential

Stage Power Torque Method Cost
Stage 1 400 hp 800 Nm - -
Stage 2 500 hp 900 Nm - -
Stage 3 600 hp 1000 Nm - -

Modifications and Tuning

Software updates Available
OTA updates Yes
Aftermarket support Високий
Tuning potential Обмежений, але можливі програмні оновлення

Available upgrades

Type Power increase Cost
Software unlock +50 hp $2,000

Cars with the Tesla Model S Electric Motor engine

This engine was fitted to 2 models

Photo Brand Model Generation Production years
No photo
Tesla Model S Model S 2012 - 2021
No photo
Tesla Roadster Roadster 2008 - 2012

All modifications (3)

Vehicle Generation Modification Power Gearbox Drive
Tesla Model S Model S Model S 2016 90D 4x4 417 hp Одноступенева 4x4
Tesla Model S Model S Model S 2020 Long Range 100 кВт·год 4x4 670 hp Одноступенева 4x4
Tesla Roadster Roadster Tesla Roadster 2008 248 л.с. 1-ступінчаста 2WD 248 hp 1-ступінчаста 2WD

Battery Specifications

Battery type NCA
Battery chemistry Nickel Cobalt Aluminum Oxide
Battery manufacturer Panasonic
Total capacity 100 kWh
Usable capacity 98 kWh
Nominal voltage 400 V
Number of cells 7,104
Battery weight 540 kg
Battery warranty 8 years or 192,000 km
Warranted capacity 70%
Thermal management Liquid cooling with heat pump
Energy density 185 Wh/kg

Charging Specifications

AC charging

Maximum AC power 11 kW
AC port type Type 2 (Europe) / J1772 (USA)
Charging time 0-100% 8.5 h

DC fast charging

Maximum DC power 250 kW
DC port type CCS2 (Europe) / Tesla Supercharger (USA)
Charging time 0-80% 30 min
Charging time 0-100% 60 min
Charging standard CCS2 / NACS

Vehicle-to-Load (V2L)

V2L support Yes
V2L power 3.6 kW

Range and Efficiency

WLTP range 652 km
EPA range 405 km
Real-world range 500 km
Range (city) 600 km
Range (highway) 450 km
WLTP consumption 15 kWh/100 km
Real consumption 18.5 kWh/100 km
Drag coefficient 0.24 Cd
Curb weight 2,100 kg

Performance

Acceleration 0-100 km/h 2.5 s
Acceleration 0-60 mph 2.4 s
Top speed 322 km/h (limited)
Quarter mile 10.4 s
Braking 100-0 km/h 34 m
Regeneration 70 kW (efficiency 70%)

Technical Features

Transmission Type Direct drive
Traction control Advanced
Torque vectoring Yes
Launch Control Yes
Driving modes Standard, Sport, Track
Brake type Regenerative + Disc brakes
Energy recovery 70%

Cost of Ownership

Cost per 100 km $2.50
Charging cost per kWh $0.12
Annual maintenance $300
Savings vs ICE 70%
Battery degradation per year $500

Environmental Impact

Environmental rating A+
CO₂ vs ICE (lifecycle) -70%
Battery recycling 95%
Carbon payback period 3 years