2020年4月23日，天合光能股份有限公司宣布至尊组件已完成权威第三方德国莱茵TÜV测评，组件功率高达515.8W 。这是天合光能继3月18日宣布至尊组件中试线正式量产,3月27日至尊组件第一个订单正式出货后又一重大突破和里程碑，展示了至尊组件未来无限的潜力和可能性。天合光能至尊组件已通过德国莱茵TÜV光伏组件IEC测试，获得IEC61215光伏组件性能标准和 IEC 61730光伏组件安全标准两项证书，是业内首批经由权威测试机构认证的超高功率组件产品。
    “至尊系列组件通过将210mm超大硅片、多主栅、三分片、无损切割、高密度封装等多种技术整合及创新，搭建了一个崭新的产品技术平台，展示了未来广阔的发展空间和潜力，非常值得期待”。天合光能副总经理、常务副总裁印荣方表示。”随着产业链的发展及完善特别是玻璃供给能力的完备，在现有5列版型基础上增加一列电池片变为6列，组件功率就可以提升到600W以上。不仅如此， 未来随着PERC+技术的产业化，电池转换效率有望达到24%以上，叠加相应的组件设计优化、载荷能力提升及下游安装方式的进步，至尊组件功率将会不断得以提升，这也为光伏组件迭代发展提供了方向和路径，必将进一步推动光伏系统成本及光伏发电LCOE持续下降，加速光伏发电在全球范围的应用。”

On April 23, 2020, Trina Solar announced that the Supreme module has completed the evaluation of TUV Rheinland by the authoritative third party, and the module power is up to 515.8W.This is another major breakthrough and milestone after Trina announced the official mass production of the pilot production line of SUPREME components on March 18th and the official delivery of the first order of SUPREME components on March 27th, demonstrating the infinite potential and possibility of SUPREME components in the future.Trina Solar Ultra High Power Module has passed the IEC test of TUV Rheinland and obtained the certificates of IEC61215 PV Module Performance Standard and IEC 61730 PV Module Safety Standard. Trina Solar Ultra High Power Module is one of the first ultra high power module products certified by the authoritative testing institution in the industry.

"Supreme series components through the integration and innovation of 210mm super large silicon wafer, multi-main gate, three-chip, non-destructive cutting, high-density packaging and other technologies, to build a new product technology platform, showing a broad development space and potential in the future, is very worth looking forward to". "Said Yin Rongfang, vice president and executive vice president of Trina Solar."With the development and improvement of the industrial chain, especially the perfection of the glass supply capacity, the module power can be increased to more than 600W by adding a battery sheet to the existing 5-column plate type and changing it to 6 columns. Not only that, the future with the industrialization of the PERC + technology, the battery conversion efficiency could reach more than 24%, the superposition of the corresponding component design optimizing, load and improve the capacity of the downstream installation progress, the sovereign power components will continue to improve, it also provides the direction and path for photovoltaic modules iterative development, will further promote the photovoltaic systems and photovoltaic power generation LCOE continues to decline, accelerate the photovoltaic power generation in the global range of applications."