Our product
Osolar-optimizer
Solar power plants often suffer from performance variance between modules due to terrain shading, debris, aging, and seasonal factors, leading to a "lowest-common-denominator" effect on total system efficiency.
Osolar Optimizer utilizes AI diagnostics to automatically pinpoint losses, maximizing power generation revenue with minimal investment.
Optimizing
When power variance occurs within a string due to output degradation of certain panels (caused by panel issues or external factors), Osolar improves energy yield by minimizing power losses in both the affected panels and the indirectly impacted panels within the string.
Yield Improvement: 4% – 15%
Monitoring
Real-time panel-level status monitoring
and data collection.
Risk tracking for high-risk panels
(anomaly detection alerts).
Issuance of monthly power loss reports.
Rapid Shutdown
Emergency panel-level power shutdown during power plant fires to ensure the safety of firefighters and emergency personnel, and to prevent the spread of accidents.
Performance Verification Based on Empirical Data
Technical Validation
Results from technical validation conducted at over 200 power plants confirmed significant improvements in energy yield through the implementation of optimizers.
Average Yield Improvement
The implementation of optimizers in areas with shading and power variance resulted in an average annual yield improvement of over 8%.
Maximum Improvement Case
Through indirect loss prevention technology, a 12.5% improvement in energy yield was proven at a specific project site.
Analysis Indicators
By analyzing voltage and current graphs for each module, the causes of power degradation are precisely diagnosed, and profitability reports are generated.
System Diagram
Boost
Buck
Decoupled String
Boost
When the overall voltage is insufficient due to cloudy days, morning/evening hours, or aging of panels :
Automatically raises the voltage to the "minimum startup voltage" required for the inverter to operate.
Buck
When the output of certain panels drops due to shading or contamination :
Lowers the voltage and amplifies the current to prevent the total current from being dragged down by the weakest panel.
Decoupled String
When the output of certain panels drops significantly (close to zero) due to shading or contamination :
Disconnects the mismatched panels and connects only the remaining normal panels.
System Operations & Maintenance (O&M)
Data collected from hardware is integrated with a digital management platform
to establish a precision diagnostic system.
