Technological Innovation
Torque Tube Distributed Self-Locking
ESET SOLAR’s innovative locking mechanism incorporates self-locking units at critical connection points, enabling precise fixation of the mounting system in any position. In extreme weather conditions, the system activates automatically to prevent displacement or structural damage, ensuring overall structural integrity and operational safety of the PV system.
- Extreme weather protection
- Enhanced structural stability
- Reduced operational risk
- Extended system lifespan
Axially Symmetric Damping
Engineered with symmetrically distributed damping elements and precision-calibrated damper placement, this system effectively suppresses vibration in mounting systems. It significantly mitigates the impact of wind-induced oscillations and vortex-induced vibrations, offering robust vortex shedding control, especially at high wind attack angles, to enhance operational stability across diverse climate conditions.
Effective vibration suppression
Strong climate adaptability
Excellent operational stability
Excellent operational stability
Tri-core Intelligent Control and Comprehensive Connectivity
Through the collaborative work of NCU, TCU, and SCADA three core controllers, achieve comprehensive intelligent control of the photovoltaic support system. It features rapid response capability, supports remote monitoring, fault diagnosis, and preventive maintenance, significantly enhancing system operation and maintenance efficiency and management convenience.
- Rapid response control
- Remote intelligent operation and maintenance
- Fault warning and diagnosis
- Improved operational efficiency
Research and Development Center
With technological R&D as its core driver, ESET SOLAR focuses on innovating and developing PV mounting systems, flexible PV mounting systems, fixed PV mounting, BIPV systems. Its products are widely applicable to diverse scenarios, including ground-mounted power stations, industrial and commercial distributed power stations, agri-PV complementary projects, and fishery-PV complementary projects, demonstrating strong environmental adaptability and structural reliability.
The company has built single-point drive test benches and multi-point synchronized electrical linkage test benches for trackers, enabling independent static load and durability load experiments for trackers. It possesses over 50 experimental instruments for controller development and testing, allowing independent environmental testing, electrostatic testing, insulation withstand voltage testing, lightning surge testing, and electromagnetic compatibility testing. Additionally, ESET’s laboratory collaborates with authoritative international wind engineering consulting institutions, domestic university wind tunnel laboratories, and domestic and international certification bodies to conduct wind engineering research and product standardization certification for its photovoltaic products.
R&D Team
The current R&D team consists of over 100 members, with more than 30% holding doctoral or master’s degrees, and over 40% possessing intermediate or senior professional titles. The expertise of the R&D personnel spans various technical fields, including wind engineering, civil engineering, geotechnical engineering, mechanical automation, power electronics, and artificial intelligence. The team is equipped with an international R&D system and rapid response design capabilities, enabling them to promptly provide comprehensive solutions for photovoltaic support systems and energy storage systems to clients.
Patent Certification
As a global leader in photovoltaic support systems and smart green energy solutions, ESET consistently maintains product technology innovation as a norm and is committed to enhancing the power generation revenue of photovoltaic power stations with efficient and reliable products and services. By the first half of 2025, ESET has obtained over 100 intellectual property rights, including 6 exclusive invention patents, more than 40 utility model patents, 4 design patents, and 18 software copyrights.
