Higher Energy Delivery > Delivers more energy per land area than competing systems Patented Single-Axis Design > Fewer moving parts and motors means more reliability and lower operating and maintenance costs No Panel Shading > Sophisticated backtracking algorithms avoid panel shading while increasing energy production Efficient Use of Land > Requires the land area of conventional solar tracking systems Fully Scalable > Scales easily from small to large multi-megawatt installations Reliable and Robust Design > Galvanized, corrosion-resistant steel frame provides superior strength Bavaria Solar Park - 10 MW - Bavaria, Germany

Tracking Type Motors per 1MW Operation Land Area Required per 1MW Operating Wind Resistance Drive Type Energy Gain vs. Fixed Tilt Systems Single-Axis (with backtracking) 4 to 10200 Grid-Connected 1.8 to 2.4 Hectares4 to 6 HectaresUp to 177 Km/hUp to 80 Km/h Linear Actuator Up to 25% More Up to 35% MoreNonePartial Shading Up to 250 kWp GPS Controller TrackingActive Solar Sensing Full System Warranty with On-Site Service kW per Tracker Row9 kWpTilt Angle0 Degrees > Unlike conventional solar tracking systems that require wide array spacing, SunPower Tracker minimizes shading and thereby enables...