Power Modules

STTL3000KA120L — 3 kW Wide-Output Charging Module

High-Density, Scalable, Robust.

Model: STTL3000KA120L
Family: Wide-Output Charging Modules
Functions: AC/DC charging module; parallel-capable
Price: Contact for pricing
3 kW single-phase wide-output (16–120 Vdc) AC/DC charging module with active PFC, isolated CAN ×2 / RS485 and IP67 sealing for low-voltage EV charging.
3 kW rated (3150 W) 16–120 Vdc wide output ≥94% efficiency IP67 sealed Parallel up to 20 units

Technical Specifications

INPUT
1φ 220–264 Vac (linear derate 150–220 Vac), ≤17.5 A @230 Vac, 45–65 Hz, PF ≥0.99, THD ≤5%
OUTPUT
16–120 Vdc · 55 A · 3150 W · ≥94%
COMMS
Isolated CANbus (2 channels), RS485, E-Stop NPN input

Detailed Specifications

PARAMETERS

PARAMETERVALUE
Rated Power3150 W
Output Voltage Range16–120 Vdc
Rated Output Current55 A
Adjustable Current Limiting0.5–50 A (CP mode, transition at 82 Vdc)
Auxiliary Power12 V / 3 A, isolated
Efficiency≥94%
Voltage Regulation Accuracy≤±0.2%
Current Regulation Accuracy≤±1%
Current Sharing Imbalance≤±5%
Input Voltage1φ 220–264 Vac (L+N+PE), grid-adaptive
Input Current≤17.5 A @230 Vac
Input Frequency45–65 Hz
Power Factor≥0.99
THD≤5%
Operating Temperature-40 ~ 75 °C (derate from 45 °C; 80% load @ 60 °C)
Storage Temperature-40 ~ 75 °C
Humidity0–95% RH, non-condensing
IP RatingIP67 (body)
Altitude4000 m max; no derating below 2300 m
CoolingForced-air
Dimensions (W×D×H)224 × 310 × 115 mm
Weight<6 kg
MTBF150k hours

INTERFACE

INTERFACEVALUE
Input1φ 220–264 Vac (linear derate 150–220 Vac), ≤17.5 A @230 Vac, 45–65 Hz, PF ≥0.99, THD ≤5%
Output16–120 Vdc · 55 A · 3150 W · ≥94%
Control / CommsIsolated CANbus (2 channels), RS485, E-Stop NPN input

PROTECTIONS

PROTECTIONDESCRIPTION
Input fuseInput fuse
Surge protection6 kV surge protection, CM/DM + GDT

FEATURES

FEATUREVALUE
CoolingForced-air
Parallel operationUp to 20 units (software address setting)
Self-diagnosticsFailure self-detection prompts

Additional Details

The STTL3000KA AC/DC charging module is designed for low-voltage charging equipment. It uses DSP digital control, resonant soft switching and active PFC for high power density, high power factor, low harmonics and high efficiency. It supports parallel installation for higher power and provides a 16–120 Vdc wide output to meet current and future low-voltage charging requirements.

Applications: e-scooters, e-mopeds, e-bikes, e-tricycles, e-forklifts, golf carts and other low-speed EVs.