Smart Tracking System
Enertrack Inverter-Tracker AI Co-control + Enertrack Smart Backtracking Technology
Enertrack Intelligent Algorithm
Enertrack Inverter-Tracker AI Co-control + Enertrack Smart Backtracking Technology
Maximum Energy Yield
Minute-level plant-wide sensing based on inverter data enablesindependent responses to local cloud cover, maximizing energy yield.
Extreme CAPEX & OPEX Optimization
Zero incremental CAPEX: no additional sensors required.
Simplified O&M: plug-and-play TCU enables rapid hot-swapping without specialized personnel.
Superior System Reliability
Al strategies minimize unnecessary rotations and structural wear;The system reduces reliance on vulnerable external components, improving overall reliability.
Inverter-Al Co-control Technology
Maximizing Yield Under Complex Weather Conditions
Eliminate Irradiance Sensors
Zero Misjudgment & Zero
Mechanical Wear
Al Algorithm Optimization
Reduced Non-Productive
Rotations
Continuous Self-Learning
for Long-Term Yield
Optimization
Plant-Wide InverterSensing Optimized TrackingAngle Control
Enertrack Smart Backtracking Technology
Maximize Yield on Complex Terrain
Before Optimization
Inter-Row Shading
Terrain variations increase shading between adjacent tracker rows.
After Optimization
Reduced Inter-Row Shading
Independent row-level control reduces shading across uneven terrain.
Before Optimization
Inter-Row Shading
Conventional tracking angles may cause inter-row shading on sloped terrain.
After Optimization
Reduced Inter-Row Shading
Adaptive angle optimization minimizes shading and improves irradiance capture.
Algorithm Synergy for Higher Energy Yield
Maximizing Yield Under Complex Weather Conditions
Intelligent Tracking Angle Optimization
The algorithm accounts for direct irradiance and albedo to balance tracking and shading avoidance,maximizing total plant energy yield.
Intelligent Tracking Angle Optimization
The algorithm accounts for direct irradiance and albedo to balance tracking and shading avoidance,maximizing total plant energy yield.
Intelligent Tracking Angle Optimization
The algorithm accounts for direct irradiance and albedo to balance tracking and shading avoidance,maximizing total plant energy yield.
Algorithm Synergy for Higher Energy Yield
Based on scenario-adaptive algorithms, energy yield can be increased by up to 10%.
All-Weather Scenario Simulation Testing
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Get in Touch
Contact Us
Contact Info
E-mail: info@sgenertrack.com
Add: Bld. B1, Taohua Sci-Tech Innovation Valley, Feixi County, Hefei, Anhui, China
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