Commercial & Industrial · 30 kW – 2 MW

PTX-125PTX 125 kW · 125 kW

Industrial system · 1 × 125 kW PM · Multi-line factory · cold chain · commercial complex · EV-charging buffer

The PTX building block: a single 125 kW bidirectional power module with 98.5% peak efficiency on an 680–900 V LFP battery. Sized for multi-line factories, cold storage, commercial complexes and BESS-buffered EV charging.

TOBOR PTX-125 — Industrial system · 1 × 125 kW PMPTX series · representative image
Power
125 kW
PMs
1
AC
400 / 230 V
PM efficiency
98.5%
Specification · PTX-125

Full technical sheet.

Power conversion

  • Configured power125 kW · 1 PM
  • Power module125 kW bidirectional PM
  • Rated / max power per PM125 / 137.5 kW
  • Rated / max current per PM181 / 200 A
  • Nominal AC output400 / 230 V · 3-phase
  • Grid voltage range-20% → +15%
  • Frequency50 / 60 Hz
  • Peak PM efficiency98.5%
  • Unbalanced load100%
  • Charge / discharge reversal< 20 ms
  • Grid-outage transferExternal PCC switching, site-engineered

Battery

  • Cell chemistryLiFePO4 (LFP)
  • Rated battery window680–900 V (abs. 680–950 V)
  • Max DC current200 A
  • Stored energySized to required duration

Environment & integration

  • PM cooling / protectionForced air · IP20 (enclosure per site)
  • Operating temp-30 °C → +60 °C (derates above 45 °C)
  • PM communicationEMS RS485 · battery CAN / RS485
  • AC / MV interfaceEngineered to the site

Control & monitoring

  • Battery managementIn-house TOBOR BMS
  • Energy managementIn-house TOBOR EMS
  • Dispatch modesPeak shaving · ToU shifting · Solar self-use · Backup reserve
  • Site integrationGrid · Solar PV · DG · EV charging
  • Remote accessCloud EMS dashboard · remote diagnostics

Catalogue values. *Cycle capability depends on depth of discharge, C-rate, temperature and end-of-life criterion. Peak PM efficiency is not whole-system round-trip efficiency. Usable energy and runtime depend on permitted DoD, conversion losses and auxiliaries. Final ratings and compliance follow the approved project-specific offer.

Compatible applications

Where this size fits.

Peak-demand shaving

Clip maximum-demand peaks with EMS dispatch inside battery limits. Demand-charge savings are sized from your 15-minute interval data.

Solar self-consumption

Charge from surplus rooftop or ground-mount PV and dispatch it into evening and night shifts instead of exporting at low rates.

DG-hours reduction

Carry critical loads through outages and cut generator runtime. Battery capacity is sized to the outage profile and priority loads.

BESS-buffered EV charging

Run TOBOR DC fast chargers on a smaller grid connection — the battery covers the charging peaks, the EMS coordinates both.

Ready to size your project?

Share your interval load data, tariff and grid limits. Our engineers return a kW / kWh sizing, dispatch logic and a techno-commercial offer.

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Questions and answers

What is the PTX-125?
The PTX building block: a single 125 kW bidirectional power module with 98.5% peak efficiency on an 680–900 V LFP battery. Sized for multi-line factories, cold storage, commercial complexes and BESS-buffered EV charging.
What loads does the PTX-125 support?
Sized for Multi-line factory · cold chain · commercial complex · EV-charging buffer. Rated output 125 kW, with LFP battery capacity sized to the required runtime. Peak-demand shaving, solar self-consumption, DG-hours reduction and BESS-buffered EV charging.
Where is the PTX-125 manufactured?
Designed and manufactured at the TOBOR facility in Gurugram, Haryana, India. BMS, EMS, power conversion and firmware are engineered in-house; LFP cells are integrated into TOBOR-engineered packs and racks.