| Model Name | TSGMOT125372L67(3Phase Induction Motor) | |
| Output Power | Peak Power | 125kW(168HP) |
| Continuous Power | 75kW(101HP) | |
| Maximum Speed | 5520rpm | |
| Base Speed | 2070rpm | |
| Maximum Torque | 576.6N.m | |
| Continuous Torque | 346.0N.m | |
| Maximum Efficiency | 94% | |
| Specific Power(based on 125kW) | 1.17kW/kg | |
| Input Power | 3Phase Inverter Driven | 326.4~428.4Vmax SVPWM |
| Size | Width x Height x Length | 312 x 312 x 333 |
| Method of Cooling | water/glycol mix 50:50 | 20 liter/min |
| Degree of Protection | IP code | 67 |
| Insulation System | Class | H |
| Weight | Kg | 107 |
| Benefits | High reliability(Robust structure) | |
| High torque, Low weight(High power density) | ||
| Low costs(No rare earth metals used) | ||
| Model Name | AC TRACTION MOTOR(SSM) | |
| Output Power | Peak Power | 12.4kW(16.6HP) |
| Continuous Power | 5.6kW(7.5HP) | |
| Maximum Speed | 7000rpm | |
| Base Speed | 1750rpm | |
| Maximum Torque | 66N.m | |
| Continuous Torque | 30N.m | |
| Maximum Efficiency | 92% | |
| Power Density(based on 12.4kW) | 0.4kW/kg | |
| Input Power | 3Phase Inverter Driven | 60~84Vmax SVPWM |
| Size | Width x Height x Length | 181 x 181 x 275 |
| Method of Cooling | Air Cooling | Driving Flow Rate |
| Degree of Protection | IP code | 66 |
| Insulation System | Class | H |
| Weight | Kg | 31 |
| Benefits | High reliability(Robust structure) | |
| No water cooling device(Air cooling) | ||
| Low costs(No rare earth metals used) | ||
¡¤ Space Vector PWM & FOC Control
¡¤ Eco/Normal/Power 3 Mode
¡¤ Efficiency more than 98%
¡¤ ACIM dedicated controller
¡¤ Eco/Normal/Power 3 Mode
¡¤ Efficiency more than 98%
¡¤ ACIM dedicated controller
¡¤ 3 ~ 7kW Advanced Power Control
¡¤ Push pull forward & boost type
¡¤ Efficiency more than 92%
¡¤ EV dedicated charger
¡¤ Push pull forward & boost type
¡¤ Efficiency more than 92%
¡¤ EV dedicated charger
¡¤ 0.6 ~ 2.0kW Variable Input Voltage
¡¤ Efficiency more than 94%
¡¤ Charging converter for lead acid batteries
¡¤ Efficiency more than 94%
¡¤ Charging converter for lead acid batteries
¡¤ Space Vector PWM & FOC Control
¡¤ Eco/Normal/Power 3 Mode
¡¤ Efficiency more than 98%
¡¤ ACIM dedicated controller
¡¤ Eco/Normal/Power 3 Mode
¡¤ Efficiency more than 98%
¡¤ ACIM dedicated controller
¡¤ 3 ~ 7kW Advanced Power Control
¡¤ Push pull forward & boost type
¡¤ Efficiency more than 92%
¡¤ EV dedicated charger
¡¤ Push pull forward & boost type
¡¤ Efficiency more than 92%
¡¤ EV dedicated charger
¡¤ 0.6 ~ 2.0kW Variable Input Voltage
¡¤ Efficiency more than 94%
¡¤ Charging converter for lead acid batteries
¡¤ Efficiency more than 94%
¡¤ Charging converter for lead acid batteries
| Application | BSS | ||
| Configuration | 20S4P | ||
| Classification | Issue | Unit | Specification |
| Battery | Battery | - | SDI LN21700 |
| Rated capacity | Ah | 5 | |
| Rated voltage | V | 3.63 | |
| Energy by weight | wh/kg | 267 | |
| Internal resistance | m¥Ø | ¡Â1.0 | |
| Weight | g | 69.5g | |
| Max Charge condition | C | 1C/30sec | |
| Charge voltage | V | 4.2 | |
| Discharge condition | C | 15A/30sec | |
| C rate continuos | Ah | 0.2C(1Ah) | |
| Crate Max(30sec) | Ah | 3C(15Ah) | |
| Cut off voltage | V | 2.5 | |
| Size(L x D) | mm | 70.15 x 21.1 | |
| Cycle life | cycles | 1000¡Ã80% pf Nominal capacity | |
| Pack(Electrical characters) | Rated voltage | V | 72.6 |
| Rated capacity | Kwh | 1.45 | |
| Efficiency | km/kwh | 4 | |
| Continuos discharge current | A | 4(0.2C) | |
| Max. discharge current | A | 60(3C) | |
| Continuos charge current | A | 4(0.2C) | |
| Max. regen. Current | A | 60/10sec(3C) | |
| Isolation resistance | M¥Ø | >500 | |
| Communication | - | CAN 2.0, discrete control signal | |
| Pack(Mechanical characters) | Size(W x L x H) | mm | 163 x 137 x 315 |
| Weight w/t bracket | Kg | 8.6 | |
| Heating/cooling | - | External insulator, Air cooling | |
| Degasing | - | GAS Ventilation | |
| Relay/Contact | - | FET on/off | |
| Protection class | IP | IP67 | |
| ITO | NFC | Imbedded NFC Antenna | |