Rooftops are evolving from merely providing shelter to becoming green energy production hubs. From residential energy-saving solutions to cost reduction and emission cuts in industrial buildings, photovoltaic modules are bringing new possibilities to both households and businesses.
However, on buildings with limited load-bearing capacity, distributed photovoltaic applications face several challenges: how can PV systems be installed effectively and run stably while ensuring safety and reliability? How can architectural aesthetics be better integrated with economic benefits?
HY SOLAR addresses these challenges and demands in distributed PV applications by optimizing processes, upgrading materials, and enhancing performance. We provide reliable, safe, and aesthetically pleasing photovoltaic solutions that empower every rooftop with sunlight.
All-Black Modules, Shaping Rooftop Aesthetics
All-Black Design / Transparent Back Glass, Two Solutions
Rooftop photovoltaics are becoming an integral part of architectural aesthetics. HY SOLAR introduces its all-black module series, which includes two solutions: all-black design and transparent back glass, offering users a personalized experience while perfectly aligning with the unique aesthetic pursuits of different buildings.
In terms of craftsmanship, HY SOLAR employs a unique gradient stacking technology in the battery segment, which not only enhances the uniformity of the layers but also optimizes optical efficiency. This ensures excellent passivation and anti-reflection effects, achieving a perfect black visual presentation.
Regarding materials, the all-black design combines black-glazed glass, black busbars, and black frames to create a deep and captivating visual. The transparent backsheet solution uses weather-resistant transparent back glass as the encapsulation for the module's back, presenting a dynamic beauty with flowing light and shadow.
As the flagship product of HY SOLAR's all-black module series, the 182 -54/60 modules perfectly embodies the "form meets function" design philosophy. With a peak power output of up to 525W, it not only maintains high energy generation efficiency but also elevates the photovoltaic product from an energy device to a component of architectural aesthetics.
Innovation in Module Efficiency, Elevating Space Value
Process Upgrades / Diversified Model Designs
HY SOLAR continues to drive high-efficiency photovoltaic solutions through sustained technological breakthroughs, using a dual approach of "process innovation + diversified model designs" to provide optimal energy generation solutions for residential and commercial-industrial applications.
Leveraging HY SOLAR’s complete industry layout, each stage is meticulously coordinated for improved performance. At the cell level, we use self-produced low-oxygen-grade silicon wafers and introduce LECO laser-assisted sintering technology, improving cell production efficiency by 26.8%. At the module level, gap-laminating technology is used to effectively reduce shading on the back of the cells, enhancing the overall module efficiency.
Beyond performance advantages, HY SOLAR offers diversified model designs tailored to different application scenarios. The NT10/54 model is specifically designed for small rooftops and complex spaces, achieving higher installation density through flexible layouts. The NT10/60 model strikes a perfect balance between power output and installation convenience, meeting the standardized needs of small and medium-sized commercial-industrial scenarios. The NT10/72 model, as a high-power flagship solution, is designed for large commercial-industrial projects. These three models form a distributed module product matrix, ensuring that every inch of rooftop becomes a high-efficiency energy-generating unit, helping customers achieve both energy benefits and spatial value breakthroughs.
Outstanding Performance, Enhanced Reliability
Lightweight / 3x IEC Testing Performance / 30-Year Power Warranty
For the common small-format needs in distributed applications, the newly upgraded TOPCon bifacial modules achieve a perfect balance between performance and lightweight design through technological innovation. The module uses a 1.6mm ultra-thin coated glass design. For example, the 1762mm×1234mm small format achieves a conversion efficiency of up to 23.3%, matching the performance of conventional models, yet weighing only 21kg—14.3% lighter than traditional 2.0mm bifacial products. This reduction in weight lowers installation and transportation costs, making it suitable for scenarios with stringent lightweight requirements.
At the same time, HY SOLAR controls product reliability through a three-fold IEC standard, including enhanced testing solutions such as TC600, DH3000, HF30, ensuring exceptional performance in harsh environments such as salt mist, high temperatures, and high humidity.
Additionally, HY SOLAR offers over 15 years of material and process warranty and a 30-year linear power output warranty for HT series modules. The modules experience less than 1% power degradation in the first year, with a subsequent annual degradation rate of no more than 0.4%, ensuring that after 30 years, the output power is at least 87.4% of the initial power. These commitments significantly enhance customer trust in the products, guaranteeing long-term stable power output and strong investment returns.
Above every rooftop, sunlight is being given a new mission. Through high-efficiency modules and innovative solutions, HY SOLAR not only brings artistic beauty and energy value to residential rooftops but also creates high-output green power platforms for commercial and industrial buildings. The future is here—let's work together to turn every ray of sunlight into endless possibilities for sustainable development.
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