

Trontek introduced its IP66-rated TronGridH O1PXKXCC, with a rated full-load power output range of 3 to 8 kW, at the show
This inverter series has a rated maximum conversion efficiency of 97.6%
The company also displayed its IP54-rated TronGrid HF1PXKXBB/CB series inverters with a wider power output range of 3 to 11 kW
Trontek, an India-based EV, stationary energy storage system (ESS), and on-grid & hybrid inverter manufacturer, showcased its latest product range at The Battery Show India 2026.
The company highlighted its TronGrid single-phase hybrid inverters for residential applications, with
the umbrella consisting of eight IP66-rated TronGridH O1PXKXCC and five IP54-rated TronGrid HF1PXKXBB/CB (X varies) models.
The IP66 models offer a rated full-load power output range of 3 to 8 kW at 220/230 V (AC) and a corresponding full-load current range of 13.1 to 34.8 A. Except for the lowest-capacity model (3 kW), which has a built-in 20 A MPPT, the rest have two MPPTs, each rated at 20 A. The product datasheet specifies that these models support a PV capacity range of 6 kW to 13.2 kW. All models also support lithium-iron-phosphate (LFP) or lead-acid batteries, with a rated voltage and maximum charging/discharging current range of 40 to 60 V and 75 to 180 A, respectively.
All the above-mentioned models share a common maximum conversion efficiency of 97.6%, an operating temperature range of -40 to +60°C, and an operating noise level of <45 dB.
The TronGrid HF1PXKXBB/CB has a wider power output range of 3 to 11 kW, with a corresponding maximum current range spanning from 15 to 47.6 A, compared to the models above. These models, featuring MPPT channels, support a PV array of 5 to 15 kW.
They can also connect LFP or lead-acid batteries with a voltage range of 24 to 48 V and a rated maximum discharge current of up to 228 A. The company lists an operating temperature range of -10 to +50°C and an operating noise level of <50 dB.
The company also showcased its TronGrid hybrid and string inverters, as well as the Novara series of energy storage systems.