类型: | 背钝化 (PERC),双面 |
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功率范围: | 530 ~ 550 Wp |
地区: |
中国大陆
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The genuine manufacturing expert of TOPCon technology
4A1 high rating from Dun & Bradstreet
The world famous third-party warranty, 12-year material warranty and 25-year power warranty
Conversion efficiency can reach 21.29%
MBB half-cell technology to increase energy density, the conversion efficiency can reach 21.29%
Advanced cell production technology and rigorous material control can minimize the attenuation caused by PID
2400Pa wind load & 5400Pa snow load
Suitable for multiple application scenarios, such as BIPV, vertical installation, snow-covered areas, and strong sand zones, etc.
10GW N-type TOPCon solar cell and module facilities available in July 2023
2GW PERC solar cell and module capacity available right now
Research and Development Strength
>26% Cell efficiency has surpassed 26%
80+ Authorized Patents
200+ Pending Patents
25% of employees are dedicated to R&D
7 of the employees hold PhD degrees
R&D investment accounts for 5% of sales revenue
安徽旭合新能源科技有限公司,位于安徽省滁州市,注册资本5亿元,是一家专注于超高效N型TOPCon晶硅光伏产品的研发、制造、销售和服务为一体的集成供应商。旭合科技拥有一支以院士领衔的行业一流技术研发和运营团队团队,近20年深耕光伏行业,产业经验和行业资源沉淀丰富,以成为超高效N型TOPCon技术的领跑者为目标不断创新发展。
旭合科技现拥有2GW的PERC电池及组件生产线。以“TOPCon技术领导者”为目标,公司加速产能布局,2023年,10GW N型TOPCon硅片、电池片及组件产能将在安徽滁州落地,未来旭合继续打造超高效TOPCon硅片、电池、组件及电站的垂直一体化产业链。
旭日东升,合作共赢。旭合科技将秉承“诚信、高效、合作、共赢”的价值观,持续创新发展,以卓越成就全球客户,推动全球能源转型,共建清洁美好家园。
Solar N Plus announced that its 182 TOPCon PV cell has obtained the prestigious SGS certification!
Fast delivery, excellent quality of modules, quick response and good attitude of the service and after-sales team to customers, a reliable and fantastic partner!
-- Jolly, 汉伏能源技术(南京)有限公司
10GW N-type TOPCon solar cell and module facilities available in July 2023
10 Billion is the sales target in five years
2GW PERC solar cell and module capacity available right now
Much higher module conversion efficiency of 22.45%, resulting in significantly lower LCOE and greater BOS savings
Low attenuation, long warranty (30-year power warranty with less than 0.4% annual linear power decay)
Significantly improved temperature coefficient of -0.29%
Higher bifacially of 85% leads to more power generation
Significantly higher conversion efficiency of 25.5% at mass production scale, resulting in lower LCOE
No light-induced degradation due to no boron-oxygen bond in N-type silicon substrate
Low-temperature coefficient of -0.29%, resulting in more power generation, especially in warm places
Bifaciality above 85% ensures more power generation