This year Trinasolar is introducing Vertex N monofacial glass-backsheet modules and anti-dust modules for C&I rooftops. Combined with the latest n-type i-TOPCon Advanced technology, both solutions deliver maximum output power of up to 630W and efficiency of 23.3%. Using Trinasolar's innovative 210R rectangular silicon wafer design and standard size format of 2382x1134mm, the two modules weigh only 27.9kg, ideal for commercial and industrial low-load rooftop applications.
Both modules have entered mass production and are being delivered sequentially worldwide, gaining high recognition from industry partners and customers for their outstanding reliability and overall value.
General solution
For most C&I PV challenges such as inadequate roof load capacity, complex installation and difficulties in operation and maintenance, Trinasolar Vertex N general solution provides a comprehensive approach. Its monofacial glass-backsheet design is light, weighing just 10.7kg a square meter, well below the requirement of color steel tile roofs, and perfectly suitable in commercial and industrial low-load settings.
By increasing the module length by just 10.4cm compared with that of 182-72N modules, power output can be increased by up to 30W. With ultra-high system compatibility and an optimal size format, container space utilization reaches 98.5%, maximizing container transportation and reducing transportation costs for customers. Lower voltage design leads to higher string power. Compared with 182-72N modules its string power is increased by up to 18%, thereby optimizing installed capacity and energy yield, and maximizing customer and system value.
In addition, the module is adaptable to various installation methods, including sloped roofs, concrete flat roofs and color steel tile roofs, providing greater flexibility in roof construction and installation.
Anti-dust solution
For commercial and industrial low-angle installations where dust and snow accumulate readily, Trinasolar has introduced the industry's first 600W+ anti-dust solution. Featuring a patented and optimized frame design, the anti-dust solution prevents sealant overflow and deficiencies, resisting the intrusion of moisture while ensuring the module's adhesion strength and high-load performance. Consequently, the module effectively mitigates dust accumulation in low-angle settings, ensuring a longer lifespan and improved power generation.
Based on the industry golden size standard, Trinasolar's anti-dust module retains the medium-format 2382x1134mm dimensions, providing anti-dust functionality and reducing operational and maintenance costs and avoiding additional system design expenses for customers. Compared with conventional modules, it significantly increases power generation throughout the lifecycle and reduces the frequency of module cleaning.
Outstanding quality and worry-free reliability
With a customer-centric approach, Trina Solar is committed to continuous research, development and innovation in n-type cell technology, placing significant emphasis on the reliability of the entire product lifecycle. To validate the stability of the two solutions in extreme climate conditions, Trinasolar conducted a series of enhanced reliability tests that surpass industry standards to evaluate reliability, power generation performance and product quality.
These enhanced reliability tests included 45mm hail tests, enhanced dynamic load testing 20 times more severe, enhanced PID, DH, TC, UV+TC50+HF10, LeTID tests and an extreme low-temperature outdoor performance test. The modules maintained the Vertex N family's reputation for reliability, demonstrating exceptional performance without micro-cracks in EL testing and minimal performance degradation.
Trinasolar is committed to leading the way in smart PV and energy storage solutions and will continuously advance technological innovation and product development, creating tailored solutions in non-utility commercial and industrial settings. By ensuring an optimal match between applications and diverse customer needs, Trinasolar aims to efficiently unlock the full potential of every rooftop.