The TG200-10348M100 hybrid solar inverter is the flagship model in the TG Series, developed exclusively for commercial off-grid power stations, large villa energy storage systems, and industrial backup power systems with heavy load demands. It adopts an industrial-grade low-frequency toroidal transformer for an extremely high load-bearing capacity.

The TG200-10348M100 supplies a stable, continuous 10 kW pure sine wave AC output and is equipped with a 30 kW peak surge power capacity - three times its rated power - to start multiple high-power industrial devices and heavy household inductive loads simultaneously, without any voltage drop or waveform distortion.

With a dedicated 48V battery voltage design, the inverter is fully compatible with high-capacity LiFePO4 lithium battery packs and all types of lead-acid storage batteries. Its intelligent charging logic automatically limits the charging voltage to prevent overcharging and premature ageing of the battery. The upgraded 100 A high-current MPPT solar controller supports a maximum PV array power of 5,600 W with a 150 V DC PV open-circuit voltage limit, greatly boosting solar energy absorption for large-scale photovoltaic panel installations.

The adjustable 35 A AC charger provides supplementary charging power when solar generation is insufficient. Meanwhile, the industry-standard ≤4 ms UPS transfer time ensures an uninterrupted power supply for critical commercial loads during grid failures. Five intelligent operation modes cover all energy management scenarios: mains priority, energy-saving ECO mode, battery power priority mode, generator input mode and an unattended automatic running mode that cuts manual operating costs. Standard RS485 communication ports support CAN BMS data interaction with lithium battery packs and an optional Wi-Fi module enables 24/7 remote monitoring, parameter modification, and fault alerts via mobile apps.

The built-in AVR stabiliser restricts output voltage fluctuation to ±3% in battery off-grid mode and the ≥85% high transfer efficiency reduces long-term operational energy loss

hybrid solar inverter