As a practitioner and leader of PV tracking safety, Huading New Energy always adheres to the attitude of "customer-centred, responsible for customers", adheres to the "safety" as the core concept of the product, and is fearless of challenges, and promotes the progress of the PV tracking technology with continuous innovation. We will continue to push forward the progress of PV tracking technology with continuous innovation, and provide safer and more reliable PV tracking system solutions for customers all over the world.

Industry's First Brake Protection

Low intrinsic frequency and easy wind resonance are the main reasons for tracking racks to be damaged, which is a problem that major manufacturers have been committed to solving for a long time. Relying on more than 10 years of profound technical accumulation in the field of PV racking, Huading New Energy has created the industry's first PV braking system on the basis of the traditional three major systems of tracking racking structure, control and drive. In the planetary tracking system, brakes are installed at both ends of the system and integrated with the control system. During normal operation, the brake is a flexible beam state, moving with the bracket and playing a buffering role; during wind protection, the brake system is intelligently adjusted to a rigid beam state, locking the rods to form a rigid support so that the tracking bracket has a higher intrinsic frequency. Third-party experimental tests show that when the number of brakes installed is 2, the Mercury tracking system increases the intrinsic frequency by 83.3% compared with the conventional tracking system; when the number of brakes installed is 4, the intrinsic frequency increases by 200%, and the system's wind-resistant performance doubles, which fundamentally solves the problem of tracking bracket wind-induced instability, and protects the safe operation of PV power stations throughout their life cycle.

0°Protection: Perfect Adaptation

When the traditional tracking bracket is turned on to protect against high winds, the module needs a larger inclination angle for docking, and the larger the size of the module, the larger the wind area, the larger the wind pressure, and the more likely the module will be damaged. Therefore, reducing the wind area of the module becomes the key of the tracking bracket module protection strategy. Thanks to the enhanced intrinsic frequency brought about by the braking system, when encountering windy weather, the planetary tracking system not only avoids wind resonance, but also realises 0° attitude protection of the module. 0° protection means that the module and the wind tend to be parallel to each other, and the wind-exposed area is the smallest and safest.

Innovative upgrading Safety without loopholes

Sparing no effort to promote the tracking system key components of the "safety" upgrade is a major principle that must be followed in the R & D process of Huading New Energy products. Under the guidance of this principle, the company's R&D team has successively developed the embracing curved bearing seat which can achieve radial installation of the spindle and has the function of self-adaptive alignment; a new type of round and square tube spindle with excellent bending and torsion resistance; patented semi-circular purlins with high loading and deformation resistance of the components; and the EHA electro-hydraulic actuator drive which has a large torque, quietness, smooth operation and high efficiency, and the maximum load of a single unit can be up to 7 tonnes, which has hit the pain of the industry. The new energy system has been designed to meet the industry's pain points and to make PV tracking without safety loopholes.

In the future, Huading New Energy will continue to focus on the field of PV tracking, customer-centred, product-oriented, and technological innovation as a means to continue to promote the tracking system safety upgrades, and help the development of the photovoltaic industry.