N-TOPCon-182-16BB

Name: N-TOPCon-182-16BB
Brand: Solar N Plus
SKU: 3004
Price: 0.65000 CNY
Availability: InStock

Solar N Plus New Energy Tech. Co., Ltd

السعر:

من €0.0839 / Wp

نوع الخلية:	TOPCon
نطاق القدرة:	7.82~8.3 Wp
المنطقة:	الصين

ملحوظة: سيتم إرسال استفسارك مباشرة إلىSolar N Plus New Energy Tech. Co., Ltd.

الوصف:

SGS Certification for TOPCon cells
The genuine manufacturing expert of TOPCon technology
4A1 high rating from Dun & Bradstreet
No light-induced degradation
Lower temperature coefficient
Bifaciality above 85%

معلومات المنتج
صفحة الشركة

خصائص المنتج

رقم النمودج

7.82

7.86

7.89

7.93

7.97

7.99

8.02

8.06

8.1

8.13

8.16

8.2

8.23

8.27

8.3

خصائص المنتج

تكنولوجيا الخلية

TOPCon

الأبعاد

182x182 mm

القطر

247±0.25 mm

سمك الخلية

140 ± 14 µm

السطح الأمامي (-)

عرض قضيب التوصيل

0.03 mm

طلاء مانع للانعكاس

نيتريد السيليكون

السطح الخلفي (+)

عرض وسادة اللحام

0.03 mm

البيانات الكهربية في ظروف الاختبار القياسية

أقصى قدرة (Pmax)

7.82 W

7.86 W

7.89 W

7.93 W

7.97 W

7.99 W

8.02 W

8.06 W

8.1 W

8.13 W

8.16 W

8.2 W

8.23 W

8.27 W

8.3 W

الجهد عند أقصى قدرة (Vmpp)

0.614 V

0.615 V

0.616 V

0.617 V

0.618 V

0.62 V

0.621 V

0.622 V

0.623 V

0.624 V

0.625 V

التيار عند أقصى قدرة (Impp)

12.735 A

12.781 A

12.831 A

12.875 A

12.921 A

12.951 A

12.985 A

13.007 A

13.062 A

13.098 A

13.119 A

213.185 A

13.21 A

13.252 A

13.279 A

جهد الدائرة الكهربائية المقتوحة (Voc)

0.705 V

0.704 V

0.705 V

0.706 V

0.707 V

0.709 V

0.711 V

0.712 V

0.713 V

تيار الدائرة الكهربائية القصيرة (Isc)

13.506 A

13.541 A

13.575 A

13.624 A

13.646 A

13.689 A

13.694 A

13.705 A

13.708 A

13.7163 A

13.73 A

13.729 A

13.741 A

13.748 A

13.766 A

كفاءة الخلية

23.7 %

23.8 %

23.9 %

24 %

24.1 %

24.2 %

24.3 %

24.4 %

24.5 %

24.6 %

24.7 %

24.8 %

24.9 %

25 %

25.1 %

عامل التعبئة (FF)

82.12 %

82.34 %

82.57 %

82.68 %

82.85 %

82.86 %

82.92 %

83.23 %

83.54 %

83.69 %

83.81 %

8.422 %

84.31 %

84.47 %

84.5 %

المواصفات الحرارية

معامل الحرارة للقدرة القصوى Pmax

-0.3 %/˚C

معامل الحرارة لجهد الدائرة المفتوحة Voc

-0.26 %/˚C

معامل الحرارة لتيار الدائرة القصيرة Isc

0.046 %/˚C

PDF

تحميل PDF المُصنع

Solar N Plus — Best Solar Solution for You

Ultra-high Efficiency

TOPcon Solar Cell

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

Bifaciality above 85% ensures at least 1.1% more total power generation than PERC cells

Low temperature coefficient of -0.29%, compared to -0.45% of PERC cell, resulting in more power generation, especially in warm places

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

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

Certifications

Cooperation Cases

Exhibitions

Solar N Plus New Energy Tech. Co., Ltd

: Click to show company phone
: www.solarnplus.com
: الصين
: No. 1, Jianye Road, Zhongxin Suchu Industrial Development Zone, Chuzhou, Anhui

ملحوظة: سيتم إرسال استفسارك مباشرة إلىSolar N Plus New Energy Tech. Co., Ltd.

جهات اتصال مفيدة

Evelyn Tao

Melody Wang

Ashley Wang

الوصف الشركة

Solar N Plus is a manufacturing expert in TOPCon technology. Through persistent research, state-of-the-art products, and a robust global sales network, Solar N Plus has earned widespread acclaim from both domestic and international customers. Our unwavering commitment to innovation propels us toward constant improvement and advancement.

Equipped with cutting-edge technology, advanced production facilities, and highly automated and intelligent processes, Solar N Plus stands at the forefront of the solar industry. As of 2023, we operate three major production bases in Siyang, Jiangsu; Chuzhou, Anhui; and Dongchuan, Yunnan, with a combined 2GW dedicated to PERC cells and an impressive 10GW capacity for TOPCon cells. By harnessing the latest equipment and technology, we ensure our position at the forefront of product technology, enabling us to deliver unparalleled performance and reliability.

At Solar N Plus, we are driven by a passion for sustainable energy and a dedication to customer satisfaction. With our top-notch products, comprehensive management systems, and exceptional service, we aim to exceed expectations and lead the industry toward a brighter and greener future.

مكاتب إضافية

الدولة：

الصين

الهاتف：

025-52806120

البريد الإلكتروني：

[email protected]

العنوان：

6th Floor, Poly Center, Huijing North Road, Qinhuai District, Nanjing, Jiangsu, China

الاستعراضات

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, Hanersun Technology Co., Ltd

المنتجات

Solar N Plus — Providing the Best Solar Solution for You

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

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

Products

Ultra-high Efficiency Solar Cell

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

Ultra-high Efficiency Solar Module

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