Mounting System Guide|From Static to Dynamic：Grace Solar's PV Tracking System Drives the Future

The shift from "static installation" to "dynamic power generation" is redefining the potential of solar energy. Photovoltaic tracking systems are breaking through traditional boundaries, quietly becoming the preferred solution for the new generation of ground-mounted power plants, enhancing cost efficiency and energy output. By chasing the sun's daily journey from east to west, these systems maximize the value of every ray of sunlight. Through varied mechanical structures that align with the sun's geometric path, tracking systems have evolved into distinct technical branches.

From the perspective of the quantity and layout of drive sources in the transmission system, tracking systems are primarily categorized as single-point drive and multi-point drive. These two main types have become the mainstream choice for large-scale ground-mounted power plants worldwide, as they achieve an optimal balance between power generation gain, initial investment, and reliability. They are also the primary PV tracking system solutions recommended by Grace Solar.

As the names suggest, both single-point and multi-point drive systems utilize rotary actuators to synchronously rotate the mounting structures. Through optimized transmission design, they effectively ensure synchronization accuracy. By continuously minimizing the solar incidence angle, they significantly enhance irradiance capture. Furthermore, these systems offer strong adaptability to complex terrain, flexible installation, and are widely suitable for various ground-mounted scenarios, boosting power plant generation by 15%-20%. They are more cost-effective, highly reliable, and easier to maintain.

Grace Solar's independently developed single-row and multi-point drive tracking systems can adapt to slopes of up to 20% on north-south facing gradients, maintaining a low profile for enhanced wind resistance. The number of installable modules can be adjusted based on string configuration and terrain size, making them the optimal choice for power plants on irregular land. The electronic control incorporates state-of-the-art AI intelligent controllers, compatible with both string self-power supply and lithium battery with small solar panel self-power supply options.

Grace Solar is committed to continuous technological innovation, infusing classic structures with advanced engineering details. We strive to build more durable and stable revenue assurance for our clients, delivering value returns that exceed expectations for investors.