日前，晶澳科技新品DeepBlue 3.0组件顺利通过第三方检测认证机构TUV南德意志集团（TUV SUD）认证测试，获得IEC 61215及IEC 61730产品认证证书，这标志着晶澳采用182mm*182mm硅片尺寸的组件（以下简称182组件）在设计、结构、材料、零部件及生产工艺等方面均符合IEC 61215 及IEC 61730标准，可靠性与安全性获得认可，可助力该款产品顺利进入全球光伏市场。
此次通过测试的DeepBlue 3.0组件是晶澳于今年5月推出的新品。作为首批拿到TUV权威认证的182组件产品，DeepBlue 3.0结合了新一代高效PERC电池技术PERCIUM+、掺镓硅片等多项高效率、低衰减技术方案，具备高转换效率、优异的发电能力和出色的可靠性表现。这款组件效率可达21.0%以上，72版型的量产功率高达545W，并有进一步拓展空间，可以有效降低度电成本，提升客户价值。为满足客户的不同需求，该系列产品为客户提供60片、66片、72片等多种版型选择，具有非常广泛的应用空间。8月，该系列组件已经率先投入量产，并具有强大的产能支持。预计到2021年底，晶澳182组件DeepBlue 3.0系列的产能将占到全部产能的50%以上。
近年来，全球光伏装机量稳步增长，对高功率、高效率的组件需求也在不断扩大。继去年的166mm*166mm规格硅片之后，今年行业又推出了基于更大尺寸硅片的组件产品，受到广泛关注。其中182组件在与全产业链的设备匹配度、技术成熟程度方面具有明显优势，其稳定性、高效率与可靠性，以及在制造端的成本优势、与系统端的高兼容性等都得到了充分的验证，可以最大程度降低度电成本，能为客户降低约7%-9%的LCOE (依据各地项目不同此数值有波动)，是2021年实现最低度电成本的组件方案、助力平价上网的最佳产品。
作为应用大尺寸技术的优质产品，DeepBlue 3.0产品也已顺利获得欧盟LVD认证及EMC认证，标志着这一系列产品获得进入高标准的欧盟光伏市场的许可，为欧盟客户提供了优质的高功率产品选择。
晶澳科技董事长兼首席执行官靳保芳表示：“检测机构能在短时间内通过晶澳产品的测试，授予相关认证，是对晶澳产品品质的充分认可。我们也将持续专注产品和技术研发，为全球客户提供优质高效的产品，推动光伏技术的普及应用，助力光伏行业的发展。”
English Version
JA Solar’s New DeepBlue 3.0 Modules Earn Multiple Certifications, Product based on 182mm x 182 mm Wafers Ready for Global Market
JA Solar announced today that its new DeepBlue 3.0 series modules passed certification testing conducted by TUV SUD to the standards of IEC 61215 and IEC 61730. These standards certify quality across various product attributes such as design, structure, materials, components and production technologies. The certification demonstrates the reliability and safety of the product line, and its readiness to be introduced into the global PV market. The DeepBlue 3.0 modules are built using 182 mm x 182 mm wafers (thus known as “182 modules”).
DeepBlue 3.0 is a new product launched by JA Solar in May 2020. The module’s efficiency is above 21.0%, and thepower output of mass-produced 72-cell type could reach 545W. As one of the first 182 modules to get the TUV certification, DeepBlue 3.0 integrates the advantages of multiple high-efficiency and low-degradation technologies including the new-generation PERC high-efficiency cell technology PERCIUM+, and Ga-doped silicon wafers, which enables the product having great performance in reliability, conversion efficiency, and power generation. It could effectively reduce the LCOE and increase customer revenue. Designed in configurations of 60-cell, 66-cell, and 72-cell, etc., the DeepBlue 3.0 series can be widely used in different application environments. In August, JA Solar announced the mass production of DeepBlue 3.0 products, with large production capacity planning. It is expected that by the end of 2021, the production capacity of JA Solar 182 module DeepBlue 3.0 will take over 50% of the company’s total capacity.
In recent years, demand for high power and high-efficiency modules has been growing across the global PV market. Following the launch of the wafer size 166mm x 166mm last year, larger wafer sizes roll out this year and have won wide recognition. Among them, 182 module has clear advantages in its technology maturity and equipment compatibility with the whole industry chain, a distinction when compared to other large-size products promoted by PV manufacturers. The product’s advantages of stability, reliability, high efficiency, cost advantage in the manufacturing part, and high compatibility with the system have been fully verified, and it can effectively decrease LCOE by 7% - 9% (the number varies based on the location of different projects), and is believed to be the best option to help achieve grid parity in 2021.
As a high-quality product designed with large wafers, DeepBlue 3.0 was also successfully certified by LVD and EMC, which means that this series of products are approved to enter the European Union’s PV market. This market has high barriers to entry for PV products and thus, DeepBlue 3.0 offers EU customers a new choice of high-quality and high-power products.
Jin Baofang, Chairman of the Board of Directors and CEO of JA Solar said, “The quality of JA Solar’s new DeepBlue 3.0 products are demonstrated by the rapid certification by these leading testing institutions. We will continue to focus on product and technology research and development to provide high-quality and high-efficiency products to our global customers. We intend to continue popularizing photovoltaic technologies and products that will help the development of the entire industry.”
