Trina Solar is paving the way for maximizing the revenue of solar power plants in challenging desert environments, as highlighted in a recent announcement. The construction of large-scale solar bases in desert areas has been included in government work reports, leading to a surge in photovoltaic (PV) plant developments. However, the unique geological and meteorological conditions in deserts, including high winds with dust storms and significant temperature variations, pose serious challenges for construction and operational management. This necessitates higher standards for the selection of PV components and equipment, making long-term reliability of solar products crucial.
Recently, Trina Solar introduced a high-value product solution for large desert bases, featuring the i-TOPCon Ultra modules and Trina’s tracking systems. This solution not only offers extremely low levelized cost of electricity (LCOE) but also enhances overall energy generation and output during peak pricing periods. Underpinning this reliability is superior resistance to wind and dust, along with efficient and intelligent operational management, which collectively form a reliable foundation for maximizing revenue through market-oriented electricity trading.
Stringent Testing and International Certification for Enhanced Safety
As one of the longest-standing companies in the global PV module industry, Trina Solar places a strong emphasis on customer satisfaction and quality control, ingraining these principles into its corporate DNA. For its premium N-type modules, the use of non-destructive cutting technology has resulted in a significant improvement in resistance to micro-cracking compared to conventional products. Additionally, the use of high-strength aluminum alloy and an increased contact area between bolts and modules enhances load-bearing capacity.
The Trina 1P tracking system features a dust-proof design and patented spherical bearing technology, which reduces the likelihood of sand obstructing the rotation axis, making it particularly suitable for desert areas. Tests have shown that this technology not only significantly improves the long-term outdoor performance stability of the tracking system, but also enhances installation efficiency by 15% compared to traditional cylindrical bearing systems. The foundation of the Trina 1P tracker has also been optimized to improve resistance to wind erosion and enhance overall reliability.
Furthermore, Trina’s energy storage system includes high-protection designs, with sealing ring and Pack IP67 structures that effectively prevent the intrusion of dust and sand, ensuring stable performance even in harsh environments. Independent certifications from international third-party testing organizations serve as strong endorsements of product reliability. Trina’s i-TOPCon modules have successfully passed rigorous testing from authoritative institutions like RETC and Kiwa PVEL, receiving recognition for exceptional reliability across various tests, including PID, LeTID, DH2000, and thermal cycling.
Efficient Operations to Alleviate Customer Concerns
Given that many large base projects are located in remote and harsh environments, Trina Solar has developed comprehensive solutions for project operations and maintenance to ensure high safety and reliability. The 1P tracking system is equipped with Trina’s smart cloud software, allowing for real-time monitoring, precise risk and fault point identification, and improved operational efficiency. Additionally, the introduction of assembly robots and tracked cleaning robots significantly boosts installation efficiency and can autonomously collect environmental data to enhance energy output by 5-10%. This ensures that PV modules maintain optimal power generation throughout their lifecycle.
Trina Solar stands out as the only company in the industry offering integrated solutions combining modules, mounting systems, and energy storage. They have successfully implemented these solutions in various large desert base projects around the globe, from Saudi Arabia’s first solar desalination project to Uzbekistan’s first large-scale PV power station and unique photovoltaic sand control initiatives in Inner Mongolia.
Looking ahead, Trina Solar will continue to embrace innovation and delve deeper into PV technology advancements, driven by customer needs. They aim to introduce more efficient and reliable products and tailored solutions, ensuring that green energy benefits everyone and furthering the vision of harnessing solar energy for the betterment of humanity.
