GS_TRACKER 3500-A
Increase your solar energy yield by 50%
GS_ TRACKER 3500-A is an advanced 2-axis solar tracking system designed for facing solar panels toward the incoming solar radiation in order to maximize their energy output
By choosing GS_TRACKER 3500-A you can experience:
• 25- 50% up to energy output increase of solar panles in comparision with stationary mounted panels.1
• Tracker price is 25% lower than the European market average
• Simple folder-type construction adjustable for various types of PV panels.
• No need for ground foundations - simple laid on the ground construction. Easy installation.
• Applicability with concentrating photovoltaic (CPV) panels. 2-axis tracking system starting at 0° elevation angle with high sun-tracking accuracy (up to 0,1°)
• High resistance towards strong winds due to firm and broad high-stabilty rail-based construction and intelligent wind-survival parking system
Technical cahracteristics of GS_tracker 3500-A:
Mounting capacity: | Up to 22 m2 and 450 kg |
Weight without panels: | 370 kg (1.500 kg with concrete posts) |
Basic dimensions: | Displayed on the below drawings |
Elevation angle: | 0° – 100° |
Azimuth angle: | 60° – 300° (240°) |
Sun tracking accuracy: | 0-1° – 0,2° (auto-focus sensor included) |
Power- supply: | 24/12 VDC (220 VAC) |
Electric power: | 5-20 W |
Windy weather operation: | Up to 40 km/h (12 m/s); automatic wind-survival parking at 41 km/h. |
Wind endurance: | 130 km/h vin wind-survival parking position. |
GS_TRACKER 3500-A1 with photovoltaic panels "SANYO" (3,36 kW) built and connected into the grid electricity in Liptovský Mikuláš.
For more informations please contact: info@goldensun.sk
*An increase in solar energy output of 2-axis solar tracking system depending on climate condition in place of installation, a 50% increase in solar energy output is technically possible only in premium solar refgions, which have very little or no cloudy days during the whole year. In good to moderate solar regions (e.g. South and Central europe)25-50% enregy increase can be achieved, depending on lattitude and climate conditions.