世界で最も先進的な太陽電池セル製品のディレクトリへようこそ。ソーラパネルメーカーは、ニーズに完全に適合する太陽電池セル製品を見つけるために、弊社の先進的なテクニカルフィルターを利用することができます。弊社は全世界の太陽電池セルメーカーから詳細情報を収集し、共通のテンプレートにまとめていますので、太陽電池セルの比較が容易に可能となります。最後に、このページ上部で、太陽電池セルのシリーズと個々の太陽電池セルモデルの閲覧を切り替える事が出来ますので、必要に応じてご利用ください。
セルタイプ: | 単結晶 | 変換効率: | 21.4 ~ 23.5 % |
出力領域: | 7.065 ~ 7.759 Wp | 電池厚み: | -- |
地域: |
中国
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外形寸法: | 182x182 mm |
High conversion efficiency of up to 23.5%
Excellent PID resistance
Positive tight power tolerance
Dual stage 100% EL Inspection warranting defect-free product
セルタイプ: | 多結晶 | 変換効率: | 18 ~ 19 % |
出力領域: | 4.42 ~ 4.67 Wp | 電池厚み: | 200 µm |
地域: |
中国
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外形寸法: | 156.75×156.75 mm |
High conversion efficiency
High reliability
Uniform electrical properties, stable process
The electrical performance mismatch of the battery is low during the assembly process of the module
セルタイプ: | 単結晶 | 変換効率: | 21.7 ~ 23.2 % |
出力領域: | 7.16 ~ 7.66 Wp | 電池厚み: | 170 µm |
地域: |
中国
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外形寸法: | 182x182 mm |
· The accuracy of efficiency test is controlled within ±0.1%.
· Electrical performance, appearance, EL 100% automatic inspection.
セルタイプ: | PERC | 変換効率: | 21.0 ~ 22.2 % |
出力領域: | 5.14 ~ 5.42 Wp | 電池厚み: | 200 µm |
地域: |
カンボジア
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外形寸法: | 156.75×156.75 mm |
Cambodia production base
High-efficiency solar cell ensures high performance of the solar module and creates maximum power output.
Stable electrical properties.
PERC technology is also available.
100% checked for reverse current and visual appearance.
セルタイプ: | 単結晶 | 変換効率: | 21.3 ~ 22.6 % |
出力領域: | 5.37 ~ 5.7 Wp | 電池厚み: | 190 ~ 200 µm |
地域: |
中国
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外形寸法: | 158.75×158.75 mm |
● High conversion efficiency gives superior Power output performance
● Outstanding Power output even in low light or high temperature conditions
● Optimized design for ease of soldering and lamination
● Long-term stability, reliability and performance
● Low breakage rate
● Uniform color
セルタイプ: | PERC | 変換効率: | -- |
出力領域: | Wp | 電池厚み: | 150 µm |
地域: |
中国
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外形寸法: | 158.75×158.75 mm |
High conversion efficiencies resulting in superior power output performance
Outstanding power output even in low light or high-temperature conditions
Optimized design for ease of soldering and lamination
Long-term stability, reliability and performance
Low breakage rate
セルタイプ: | 両面受光型 | 変換効率: | 21.90 ~ 22.70 % |
出力領域: | 6.01 ~ 6.22 Wp | 電池厚み: | 190 µm |
地域: |
中国
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外形寸法: | 166×166 mm |
1. PERC+SE Technique
2. Both sides can generate electricity
3. High conversion efficiency, average cell efficiency is 22.3%, highest efficiency is 22.8%
4. Long term efficiency, stability and excellent reliability
5. Low breakage rate and Low LID rate
6. Good color uniformity
セルタイプ: | 単結晶 | 変換効率: | 21.4 ~ 22.4 % |
出力領域: | 5.23 ~ 5.47 Wp | 電池厚み: | 170 µm |
地域: |
中国
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外形寸法: | 156.75×156.75 mm |
· The accuracy of efficiency test is controlled within ±0.1%.
· Electrical performance, appearance, EL 100% automatic inspection.
セルタイプ: | 単結晶 | 変換効率: | 20.7 ~ 22.3 % |
出力領域: | 5.22 ~ 5.62 Wp | 電池厚み: | 180 µm |
地域: |
カンボジア
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外形寸法: | 158.75×158.75 mm |
Cambodia production base
High-efficiency solar cell ensures high performance of the solar module and creates maximum power output.
Stable electrical properties.
PERC technology is also available.
100% checked for reverse current and visual appearance.
セルタイプ: | 超高効率ヘテロ接合 | 変換効率: | 25.3 % |
出力領域: | 4.18 Wp | 電池厚み: | 130 µm |
地域: |
中国
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外形寸法: | 182x182 mm |
High conversion efficiencies resulting in superior power output performance
Outstanding power output even in low-light or high-temperature conditions
Optimized design for ease of soldering and lamination
Long-term stability, reliability, and performance
Low breakage rate