• TBM750-53KTIF-S
  • TBM750-53KTIF-S
  • TBM750-53KTIF-S
  • TBM750-53KTIF-S

TBM750-53KTIF-S

High-power TBM series three-phase 750V AC-DC bidirectional power module with 53kW rated output, 380/400/415VAC 3Ph+PE input, 750VDC output, 70.7A rated current, and compact 435 × 86 × 600mm dimensions or 489 × 86 × 647.5mm with handle. Featuring seamless bidirectional switching, up to 96.0% AC-to-DC efficiency and 95.0% DC-to-AC efficiency, PF up to 0.99, THDi below 5%, intelligent forced-air cooling, and stable operation at 45°C without derating, it is ideal for cell series formation, battery PACK aging, and regenerative power supply aging applications.

Wiring Mode
3Ph+PE
AC Input Rated Voltage
380/400/415VAC
DC Output Rated Voltage
750VDC
DC Output Rated Current
70.7A
Power Direction
Bidirectional
Expandability
20
Size(W*H*D)
489mm*86mm*647.5mm
Weight
≤23kg
  • TBM750-53KTIF-S
  • TBM750-53KTIF-S

Description

TBM750-53KTIF-S — 53kW 750V Three-Phase Bidirectional AC-DC Power Module

  • Grid input: 3Ph+PE 380/400/415VAC (operating range 342–460VAC)
  • DC output: 750VDC / 70.7A, 53kW rated
  • Power quality: PF 0.99 (typ.), THDi < 5% (typ.)
  • Efficiency: up to 96% (AC→DC) / 95% (DC→AC) @ 400VAC
  • Control & scaling: CAN / RS485, modular parallel expansion (up to 20 units)
Battery PACK Aging Energy Recycling Soft-Switching High-Frequency Isolation

Best fit & typical use

  • Cell series formation lines
  • Battery PACK aging and regenerative aging systems
  • Regenerative power supply aging workflows

If you share your formation/aging recipe (CC/CV steps + regen requirement), we can recommend parallel sizing faster.

Performance that drives throughput

  • Efficiency first: reduces thermal load and operating cost in continuous aging
  • Grid-friendly: high PF & low THDi supports dense racks
  • Bidirectional energy flow: supports recycling energy back to AC side
  • Isolation: high-frequency isolation suited for industrial test benches

Integration & controls

  • Communication: CAN / RS485
  • Parallel expansion: up to 20 units; non-balance current sharing < 5% (spec)
  • Cooling: forced-air intelligent cooling; front → rear airflow
  • Status lights: green / red flashing / red fault

Compliance & deployment

  • Designed to comply with IEC 62477-1 and EN 55032 (spec)
  • Certification pathway: can pass UL / CE / TUV (spec statement)
  • Operating: −10°C to 45°C full load; 45°C to 60°C derate to 80%
  • Altitude: ≤2000m full load (above: output decreases 1% per 100m)

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