| Max. DC voltage (V) | 1500 |
| Start Voltage (V) | 500 |
| Nominal voltage (V) | 1080 |
| MPP voltage range (V) | 500-1500 |
| No.of MPP Trackers | 6 |
| No.of Strings per MPPTracker | 5 |
| Max. input current per MPP tracker (A) | 80 |
| Max. short-circuit current per MPP tracker (A) | 100 |
| AC nominal power (kW) | 320-350 |
| Max. AC apparent power (kVA) | 352000VA |
| Nominal AC voltage(range*) | 800V(640-920V) |
| AC grid frequency(range*) | 50/60Hz(45-55Hz/55-65Hz) |
| Adjustable power factor | 0.8leading…0.8lagging |
| THDi | <3% |
| AC grid connection type | 3W+PE |
1. What scale of projects is this inverter suited for?
It's designed for utility-scale PV plants with 800V AC output and supports up to 528kW PV input power.
2. What kind of PV modules is it optimized for?
With 80A MPPT input current, it's ideal for high-power 182mm and 210mm bifacial modules.
3. How efficient is the system in actual operation?
It reaches 99.03% max efficiency and 98.53% European efficiency, with 99.9% MPPT accuracy.
4. What advanced safety features are included?
It supports intelligent string disconnection, AFCI (optional), surge protection, and string fault monitoring.
5. What communication and monitoring options are supported?
It includes RS485, USB, PLC, Wi-Fi, and 4G (optional), with app and cloud access for real-time control.
6. Can it help reduce BOS costs in large projects?
Yes, it supports aluminum cable connection on the AC side, significantly cutting installation and cable expenses.
