2026年3月20日，日本，全球领先的光伏企业晶科能源面向全球正式发布轻质防眩光组件。该产品精准切入日本市场分布式光伏面临的存量屋顶承载力不足、光环境敏感、劳动力老龄化等核心痛点，依托飞虎组件技术平台，实现轻量化、防眩光与可靠性的协同突破，为高密度人口地区的光伏深度应用提供兼具安全性与环境友好性的创新解决方案。
On March 20, 2026, in Japan, JinkoSolar, a global leading photovoltaic enterprise, officially launched its lightweight anti-glare module to the world. The product precisely addresses the core pain points facing distributed solar in the Japanese market — including insufficient load-bearing capacity of existing rooftops, sensitivity to light pollution, and an aging installation workforce. Built on the FlyingTiger module technology platform, it achieves a simultaneous breakthrough in lightweighting, anti-glare performance, and reliability, providing an innovative solution that is both safe and environmentally friendly for the deep application of solar PV in high-density populated areas.

一、减重45%至6.5Kg/㎡，拓宽低荷载屋顶应用边界
I. Weight Reduced by 45% to 6.5 kg/㎡, Expanding the Application Boundaries for Low-Load Rooftops

针对日本大量存量屋顶承载力有限及安装工人老龄化的现实约束，新品将轻量化推向新高度：同尺寸常规组件重24Kg（12Kg/㎡），而该轻质组件仅重13Kg（6.5Kg/㎡），整体减重45%。这一指标显著优于部分玻璃轻质方案（仍在7Kg/㎡以上），单人即可完成搬运安装，在提升施工效率的同时，为更多低荷载屋顶开辟了光伏安装的技术可行性。
Addressing the real-world constraints of limited load-bearing capacity on Japan's large stock of existing rooftops and the aging of installation workers, the new product pushes lightweighting to new heights: a conventional module of the same size weighs 24 kg (12 kg/㎡), whereas this lightweight module weighs only 13 kg (6.5 kg/㎡), an overall weight reduction of 45%. This figure is significantly better than some glass-based lightweight solutions (which remain above 7 kg/㎡). A single person can handle transportation and installation, improving construction efficiency while opening up the technical feasibility of solar PV installation for a greater number of low-load rooftops.

二、光泽度1.5GU，防眩性能远超日本补贴标准
II. Gloss Level of 1.5 GU, Anti-Glare Performance Far Exceeding Japan's Subsidy Standard

住宅密集、机场及交通干线周边的光污染规制，是日本光伏项目落地的关键门槛。组件表面采用特殊防眩膜层与压纹工艺，在符合JSZ8741标准的实验室测试条件下（入射角60°），组件电池片区域的光泽度控制在1.5GU，远优于日本防眩补贴要求的7GU标准。无论是在倾斜屋面还是临街立面，均可将环境光反射降至极低，有效规避对周边居民及交通视线的干扰，实现光伏系统与社区环境的和谐共生。
Light pollution regulations around densely populated residential areas, airports, and major traffic corridors represent a critical threshold for solar PV projects in Japan. The module surface employs a special anti-glare coating and embossing process. Under laboratory test conditions compliant with the JSZ8741 standard (angle of incidence: 60°), the gloss level in the cell area is controlled at 1.5 GU — far superior to the 7 GU standard required for Japan's anti-glare subsidy. Whether on sloped rooftops or street-facing facades, ambient light reflection can be reduced to an extremely low level, effectively avoiding interference with the sight lines of nearby residents and traffic, and achieving harmonious coexistence between the solar PV system and the community environment.



三、全玻璃封装方案，破解轻质组件可靠性痛点
III. Full-Glass Encapsulation Solution, Solving the Reliability Pain Points of Lightweight Modules

面对当前轻质组件多元化技术路线的可靠性差异，晶科能源坚持全玻璃封装技术路线，在实现极致减重的同时，确保组件在全生命周期的结构强度与安全性能。
Faced with the reliability differences among the diverse technical approaches for current lightweight modules, JinkoSolar adheres to the full-glass encapsulation technology route, ensuring structural strength and safety performance throughout the module's full lifecycle while achieving extreme weight reduction.

可靠性更优：玻璃封装较高分子材料方案具备更强的水汽阻隔与抗紫外老化能力，从源头杜绝高分子材料长期户外使用可能出现的黄变、开裂风险。
Superior reliability: Compared to polymer material solutions, glass encapsulation offers stronger moisture vapor barrier properties and resistance to UV aging, eliminating at the source the risk of yellowing and cracking that may occur with polymer materials during long-term outdoor use.

防火性能更佳：玻璃作为不可燃材料，使组件整体防火等级显著提升，精准适配日本密集住宅区的严苛消防要求。
Better fire resistance: As a non-combustible material, glass significantly improves the overall fire rating of the module, precisely meeting the stringent fire safety requirements of Japan's densely populated residential areas.

支撑结构更强：玻璃封装保证了组件在高温高湿环境下的抗变形能力，避免部分高分子材料在长期曝晒下可能出现的软化、凹陷问题，确保组件数十年生命周期内始终保持平整，发电性能稳定如一。
Stronger structural support: Glass encapsulation ensures the module's resistance to deformation in high-temperature, high-humidity environments, avoiding the softening and indentation that may occur with certain polymer materials under prolonged sun exposure, and ensuring the module remains flat and power generation performance remains stable throughout its decades-long lifecycle.


四、立体化防护体系，兼顾长效可靠与人身安全
IV. Comprehensive Protection System, Balancing Long-Term Reliability and Personal Safety

针对日本多雨、高湿及重视劳动安全的特点，新品构建了全方位的防护矩阵。
Targeting Japan's characteristics of heavy rainfall, high humidity, and strong emphasis on occupational safety, the new product builds an all-around protection matrix.

专利防积灰边框：采用晶科特有专利边框角码设计，在不进行边框开槽的前提下实现优异力学性能，并通过特殊结构引导灰尘随雨水滑落，有效降低积灰导致的发电损失与清洗频次。
Patented anti-dust-accumulation frame: Featuring JinkoSolar's proprietary patented frame corner bracket design, it achieves excellent mechanical performance without frame slotting, and guides dust to slide off with rainwater through a special structure, effectively reducing power generation losses and cleaning frequency caused by dust accumulation.

360°人身安全防护：边框角部由直角优化为圆形倒角，彻底消除划手风险，在屋顶作业空间受限、搬运频繁的场景下实现真正的"搬运无忧"。
360° personal safety protection: The frame corners have been redesigned from right angles to rounded chamfers, completely eliminating the risk of cuts, achieving truly worry-free handling in scenarios where rooftop workspace is limited and frequent transportation is required.

安全与效率并重，是光伏深度融入社会的底层逻辑。在日本，光伏系统不仅要贡献绿色电力，更需成为城市基础设施的安全友好型组成部分。晶科能源轻质防眩光组件，以"更轻、更安全、更友好"的技术语言，回应了高密度人口环境对绿色能源的审慎期待，标志着分布式光伏从单一能源设备向兼具建筑美学、社区友好与人身关怀的城市基础设施进化。
The dual emphasis on safety and efficiency is the underlying logic for solar PV to become deeply integrated into society. In Japan, solar PV systems must not only contribute green electricity but also become a safe and friendly component of urban infrastructure. JinkoSolar's lightweight anti-glare module, expressed in the technical language of "lighter, safer, and more friendly", responds to the cautious expectations of high-density populated environments for green energy, and marks the evolution of distributed solar PV from a single energy device into urban infrastructure that combines architectural aesthetics, community friendliness, and personal care.

(Using AI translation)
（使用AI翻译）