- As the global energy transition continues, PV power has become the main force of renewable energy for its green and low-carbon advantages.
- However, PV systems face persistent challenges from dust accumulation due to the conventional module frame, which reduces efficiency by 5%-25% (dust amount: 2~8 g/㎡) and accelerates module aging and maintenance costs.
By solving the longstanding problems of dust-related energy loss, Astronergy’s Anti-Dust PV Modules achieve optimal performance and durability through innovative design and various reliability testing.
- Unique Short-Edge Design: The company optimizes the A-side of short-edge of modules to guide rainwater, naturally removing dust and debris. This innovation significantly reduces power losses, minimizes the frequency of cleaning, and lowers O&M costs.
- Enhanced Reliability: With less than 2% power degradation after rigorous tests, including DH1000+SML, DH1000+DML, HF30+SML, UVID Sequence, and PID192, Astronergy’s Anti-Dust PV Modules outperform IEC standards for long-term reliability.
- Proven Performance: Astronergy’s Anti-Dust PV Modules demonstrate an average daily power gain of 3.33%, peaking at an impressive 6.74%. These data are from the solar project with anti-dust modules in Wuhan, Hubei Province, China in 2024.
Combining improved efficiency, low cleaning demands, and superior reliability, Astronergy’s Anti-Dust PV Modules are ideal for C&I, residential, and low-tilt installations worldwide. The advanced design of these modules ensures clients with sustainable energy growth by turning dust from an operational burden into an opportunity for greater solar benefits.
Astronergy remains committed to pushing the boundaries of PV technology. The company will deliver high-efficiency products that drive sustainability and create long-term value for global solar projects.
Author: Bryan Groenendaal
