When it is time to go big with solar, one thing matters most: reliable, high-efficiency power conversion with rock-solid stability. The GoodWe 125kW OnGrid Inverter is engineered for exactly that—industrial strength performance, intelligent energy optimization, and long-term durability for commercial and industrial solar systems.
Built to handle the heavy demands of large rooftop systems, factories, warehouses, or net-metered installations, this inverter does not just convert energy—it maximizes every ray of sunlight into usable power. With advanced tracking, robust build quality, and smart monitoring features, it is a future-ready choice for serious solar setups.
Key Features
- Power Output: 125,000 W (nominal)
- System Type: Three-phase grid-tied OnGrid inverter
- Maximum Efficiency: Up to approximately 98.5 – 99.0 %
- MPPT Inputs: 10 independent MPPT trackers for flexible PV array configurations
- MPPT Voltage Range: Designed to work across a broad voltage spectrum for optimal energy harvest
- Start-Up Voltage: Around 200 V for reliable activation
- Maximum DC Voltage: 1100 V for high PV input capacity
- Cooling System: Smart air cooling to maintain performance in hot conditions
- Protection Rating: IP66 weather and dust resistance for outdoor durability
- Communication & Monitoring: RS485, Wi-Fi/LAN options plus compatibility with GoodWe SEMS portal
- Weight & Size: Compact design built for industrial installations (approx. ~90 kg)
- Connectivity: Supports real-time data and remote performance alerts.
Specifications
| Specification | Details |
| Model | GoodWe 125kW OnGrid Inverter |
| Rated AC Output Power | 125,000 W |
| Max DC Input Voltage | 1100 V |
| Start-Up Voltage | ~200 V |
| Number of MPPTs | 10 |
| Max Input Current per MPPT | ~30 A (typical) |
| Max Efficiency | Up to ~98.5 – 99 % |
| Protection Class | IP66 |
| Cooling | Intelligent Smart Air Cooling |
| Communication | RS485, Wi-Fi (optional), LAN |
| Monitoring Platform | GoodWe SEMS Portal |
| Weight | Approx. ~88–90 kg |
| Dimensions | Industrial-grade compact design |





