Afore BNT010KTL – Advanced Three Phase Grid-Tied Inverter 10kW for Solar Power Systems

As the demand for renewable energy grows, the use of high-quality grid-tied inverters plays a vital role in ensuring both efficiency and system safety. Among today’s leading products, the Afore BNT010KTL three phase grid-tied inverter with load following is attracting strong attention thanks to its outstanding performance and robust safety features.

Maximum Efficiency Over 99%

The Afore BNT010KTL delivers superior conversion efficiency, with a peak of more than 99%. This minimizes energy loss during DC to AC conversion, ensuring users generate more power from the same solar capacity.

Bifacial Module Compatibility

Fully compatible with modern bifacial panels, the inverter maximizes energy harvested from both sides of the module. This is especially effective in highly reflective environments such as metal rooftops, concrete surfaces, or desert conditions.

Independent String-Level Monitoring

With advanced string monitoring, users can detect performance deviations quickly and act immediately. This is particularly important for large-scale installations, optimizing ROI while simplifying maintenance.

Enhanced Safety with Type II SPD

Equipped with Type II Surge Protection Devices (SPD) on both DC and AC sides, the BNT010KTL protects the system against voltage surges caused by lightning or grid disturbances—crucial in regions with frequent storms.

Wide MPPT Range for Optimized Harvesting

Thanks to its wide MPPT range, the inverter captures maximum energy even under changing sunlight conditions, enabling flexible system design for various panel orientations and tilt angles.

Smart Remote Monitoring

With WiFi and RS485 connectivity, users can remotely monitor system performance through apps or web platforms. Real-time data, fault alerts, and historical reporting make operation and maintenance easier than ever.

Conclusion

The Afore BNT010KTL is highly regarded for its advanced technology, superior efficiency, and uncompromising safety in three phase solar systems. Not only does it maximize energy yield, but it also ensures long-term reliability and peace of mind—making it the ideal comprehensive solution for medium- to large-scale solar power projects.