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Advanced
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The flutter and gallop phenomena of the support under various working conditions were simulated by CFD;
Analysis of reasonable structural design and wind protection strategies.
● STATIC wind load TEST
● INSTABILITY TEST
● DYNAMIC wind load TEST
● AEROELASTIC test TEST)
● The layout is divided according to the inside and outside, optimize the intensity distribution, and improve the wind resistance of photovoltaic power stations;
● The outer part is subject to strong wind, and the shock absorber is equipped according to the project situation to increase the stiffness and enhance the stability.
inverse vs the conventional tracking algorithm of intelligent design
low further reduce KWH cost 8 min/w ;
3%~9% and above;
low capacity gain back about 1~5%.
save in cable trench, The amount of excavation works;
Cancel the RS485 cable;
Debugging is easier;
Save system costs.