Maximum output of 511.5 kW and achieves a 28% increase in power density, enabled by next-generation SiC devices, third-generation cooling technology, and high-performance magnetic materials.
AI-driven power optimization enhances active power delivery under grid-support scenarios, helping increase overall energy yield and project returns.
Reduces BOS costs by up to USD 180,000 per 100 MW project by combining long-string design, a 7.44 MW+ large-block architecture, and a 1000 V AC system.
Off-grid commissioning enables full system verification using PV power and eliminates the need for diesel generators.
Triple-layer Redundant DC Protection: The SG510HX inverter is equipped with Smart Shutdown Solution 3.0.
A Smart Lockout mechanism further enhances safety by ensuring reliable fault isolation and preventing unintended re-energization before faults are cleared.
All-Condition Lightning Protection Across the Entire Lifecycle.
Grid-forming technology enhances grid stability through flexible inertia support (<5 ms) to reduce fluctuations, instant reactive power response for stronger voltage support, and millisecond-level damping control across the 0.1–100 Hz range.
Smart IV Diagnosis 2.0 allows full-site inspection via laptop without dedicated servers, lowering operational costs.
AI-driven duct cleaning automatically removes dust and blockages through airflow reversal, reducing manual maintenance.
Integrated cold-shrink cable termination and a dust- and insect-resistant design further minimize installation and upkeep effort.