Basic Info.
Tracking Form
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Single Row Independent Drive
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Drive Form
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EHA electro-hydraulic push rod
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Tracking Range
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-60°~+60°
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Slope Adaptation
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N-S:5°
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Wind Resistance Design
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≤40m/s
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Wind Protection
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≤18m/s
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Structural Main Material
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Q235B/Q355B/ZAM
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Layer Thickness
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≥65μm
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Form Of Pile Foundation
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PHC/Hammer Into The Pile/Cast-in-place Pile
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Land Use Rate
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≥30%
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Safety Protection
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Standard Brake
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Linkage Mode/Motor Type
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Electrical linkage/Brushless Motor
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Product Description.
EHA Electro-hydraulic Actuator Driving Single Row Independent Tracker
E-Brake:
Flexible State: moving with the bracket and acting as a buffer;
Rigid State:the locking rods form a rigid support, doubling the natural frequency of the bracket.
EHA Electro-hydraulic Actuator Driver:
With characteristics of large torque, quiet, stable operation and high efficiency, its maximum load can reach 7 tons, which is twice that of conventional drives, perfectly suitable for the arrangement of large modules.
Enhanced Safety
Patented braking system provides driving power and braking force in protection mode, greatly stablizes the overall structure against wind resonance, making it the perfect soluton for high-capacity modules.
Instant Responsiveness
Integration of multiple brakes enables protection mode to be activated within 3 seconds at all tilts.
Higher Precision
Realizing intelligent terminal control based on "Sky Eye System" of the cloud platform and big data system, to
ensure the stable generation of the entire PV power.
Higher Protection
With overall high protection and stability compatible with the harsh outdoor environment, the protection level is not less than IP65.at any position (within the tracking range ) within 3 seconds.
Better Cost-efficiency
The application of the electric brake makes the mounting structure force mode more reasonable, reduces the consumption of steel and reduces the investment cost of PV power plants; The string is self-powered, with its own backup battery, without the power station to provide AC power, further shortening the constru-ction period and reducing
the investment of the power station.