TAME THE ENERGY OF THE SUN

Solar tracker systems

The solar tracker is a system that ensures continuous alignment of photovoltaic solar panels towards the sun, optimizing the angle of sunlight throughout the day. By tracking the position of the sun, the solar tracker ensures that the solar panel receives maximum exposure to sunlight, thereby improving the efficiency of electricity production from the solar photovoltaic module.

The general degree of protection is IP65 or higher, with resistance to wind, snow, sand, and dust, cold resistance, heat resistance, corrosion resistance, etc., and can be used in various complex scenarios.

The first photovoltaic braking device in the industry provides active defense in windy scenarios and increases the structural strength by more than 200%.

An intelligent tracking algorithm is used to calculate the best tracking angle, maximizing electricity production.

The new four-dimensional tracking method "3+1" which includes structure, drive, control, and braking makes the system more reliable under load. With fewer parts, convenient installation, and reliable operation, it simultaneously increases productivity and reduces investment costs.

Quick return on investment
High level of protection
Intelligent control system
Standardized modular design
High tracking accuracy
Low maintenance costs

365 days

make the most of the Sun's energy

FUNDAMENTAL TECHNOLOGIES OF OUR SYSTEMS

Core Technology

E - brake

Flexible state: it moves with the bracket and acts as a damper.
Solid state: locking bars form a sturdy support, doubling the natural frequency of the bracket.

EHA Electro-hydraulic actuator

With features of high torque, quieter operation, stability, and high efficiency, its maximum load can reach 7 tons, which is twice as much as conventional drives, perfectly suitable for arranging large modules.

Embracing Curve Bearing Block

Radial installation: increases installation efficiency. Minimal clearance: achieving minimal clearance between bearing seats and bearings, as well as bearings and the main shaft, improves structural rigidity.

New Circle Square Tube Principal Axis

Enhances structural rigidity and strength of the main shaft.
It can withstand greater mechanical stresses than other forms of shafts made from the same type and quantity of steel.

EFFICIENCY

Braking system

Single point driven - no brakes

1.8 Hz frequency

Single point driven - 2 brakes

3.3Hz frequency

83.3% improvement

Single point driven - 4 brakes

5.4Hzfrequency

200% improvement