光伏组件户外技术实证
2020 11 4 1 1. 2. 3. 2 CONTENTS3 1. BACKGROUND1.1 4 ➢ ➢ ➢ ➢ ➢ ➢ 1.2 6 5 I II GB/T 4797.1-2005 1.2 6 1 5.4 N, 100.23 E 2 19.24 N, 110.46 E 3 22.9 N, 113.20 E 4 23.36 N, 113.19 E 5 23.36 N, 113.19 E 6 25.06 N, 110.3037 E 7 26.56 N, 101.7273 E 8 30.53 N, 120.68 E 9 30.6 N, 114.30 E 10 32.13 N, 114.03 E 11 36.62 N, 101.78 E 12 42.94 N, 89.18 E 13 47.35 N, 123.93 E ➢ 13 ➢ 57 1.2 7 ➢ Solarex BP solar, Siemens solar, Shell 3000 1.2 8 / IV 1* IV 2* EL IR Solarex 177 34 √ √ √ √ BP270 50 28 √ √ √ √ SM55 2051 23 √ √ √ √ M75 100 23 √ √ √ √ √ SP75 10 15 √ √ M75 112 23 √ √ √ √ SP75 96 15 √ √ SM55 80 18 √ √ SM55 1 64 17 √ √ SM55 2 60 17 √ √ Shell 85-P 2 20 15 √ √ 1 2 IV 1* STC IV 2* 1.2 - Siemens SM55 9 soon plan ➢ 2000 17 Siemens SM55 13 1.2 - Solarex 10 2009- 1985-2008 ➢ 144 Solarex 34 ➢ ➢ EL STC IV ➢ ➢ 2018 12 0.27 1.2 305kW 11 ✓ ✓ ✓ 11 ✓ 2019 5 . ACHIEVEMENT OF FIELD STUDY 122.1 305kW 13 kW A 89 24.30 B 88 29.91 C 118 22.22 D 116 30.18 E 142 15.46 F 73 26.78 M 130 47.55 N 187 53.03 3 378 60 1321 3052.1 305kW 14 4. 4. 1. 2. 5. 3. 6. ✓ PERC PERC PERC HJT ✓ PERC HJT ✓ ✓ EVA POA - ✓ ✓ ✓ CdTe, CIGS, ✓ ✓ 2.1 305kW 15 ➢ Kipp Zonen CMP21 ➢ ➢ / 16 2.1 305kW 0.5 ➢ ➢ 0.5 ➢ ➢ ➢ 2.1 305kW 17 ✓ ✓ ✓ ✓ 18 2.2 Types kW 1 2 p p-type Al-BSF mc-Si 20S 2P 1A 11.2 2 12 p p-type Al-BSF pc-Si 9S 2P 1A 4.45 3 19 p p-type Al-BSF pc-Sidual-glass 20S 2P 1A 10.6 4 22 CdTe CdTe 5S 4P 1A 2.15 5 6 n HJT n-type HJT mc-Sibifacial 8S 2P 1A 5.12 6 9 p PERC p-type PERC mc-Sishingle 7S 2P 1A 5.60 7 28 p PERC p-type PERC mc-Sihalf-cut cell 15S 2P 1A 11.55 8 29 p PERC p-type PERC mc-Si 15S 2P 1A 10.80 9 30 p PERC p-type PERC mc-Sibifacial 12S 2P 1A 8.64 （注所有组件均为国内外知名品牌组件；自2019年5月开始并网发电。 ）19 2.3 ➢ ➢ 2019.9-2020.8 9 p PERC 1316.66 h p PERC 1202.82 h. ➢ PERC PERC PERC CdTe HJT PERC 20 2.4 21 2.4 STC POA STC G G P E PR / 25 1 1 25 − T PR PR T 1. Dierauf T , Growitz A , Kurtz S , et al. Weather-Corrected Performance Ratio[J]. Office of entific Technical Information Technical Reports, 2013. 2. D.L. King, W.E. Boyson, and J.A. Kratochvil. Photovoltaic Array Performance Model. SAND2004-3535. Albuquerque, NM Sandia National Laboratories, August 2004. PR PR T25 PR E kWh P STC kW G POA kWh/m 2 G STC 1000 W/m 2 T 22 2.4 ➢ 9 p PERC PR 88.09 p PERC PR 79.89 ➢ PERC HJT p PERC n HJT PR 2 p-type Al-BSF mc-Si 12 p-type Al-BSF pc-Si 19 p-type Al-BSF pc- Sidual- glass 22 CdTe 6 n-type HJT mc- Sibifacial 9 p-type PERC mc- Sishingle 28 p-type PERC mc- Sihalf-cut cell 29 p-type PERC mc-Si 30 p-type PERC mc- Sibifacial 2019.09- 2020.08 2 p 12 p 19 p 22 CdTe 6 n HJT 9 p PERC 28 p PERC 29 p PERC 30 p PERC PR 81.42 79.50 81.87 81.26 79.72 78.22 82.69 83.38 86.04 PR T25 83.40 80.53 83.99 82.72 81.11 79.89 84.48 85.25 88.09 0.05 0.09 0.04 0.04 0.03 0.03 0.04 0.04 0.04 23 2.5 PERC 1. PERC PERC 2. 17 3. 1 m 4. 2019 9 – 2020 8 5. 24 2.5 PERC ➢ 2019 9 -2020 8 PERC 1273.55 h PERC 1316.66 h PERC 1394.34 h. ➢ PERC PERC 3.28 9.30.25 2.5 HJT 1. HJT HJT 2. 17 3. 1 m 4. 2019 9 – 2020 8 Types kW 1 5 n HJT n-type HJT mc- Sibifacial 7S 2P 1A 4.41 2 6 n HJT n-type HJT mc- Sibifacial 8S 2P 1A 5.12 3 7 n HJT n-type HJT mc-Si 8S 2P 1A 5.1226 2.5 HJT ➢ 7-HJT 6-HJT HJT 16.44 5-HJT HJT 4.69 ➢ HJT 5-7 11- 1 ➢ 30-PERC 6-HJT PERC HJT 7.30.27 2.6 PERC ➢ 2019 9 - 2020 8 PERC 1.5 ➢ 12 1 PERC 2.91 ➢ 5.55 28 . CONCLUSIONS3.1 1. 2019.9-2020.8 9 p PERC p PERC 2. PERC PERC PERC CdTe HJT PERC 3. p PERC n HJT PERC HJT PR 4. PERC PERC 3.28 PERC 9.30 5. HJT HJT 5-7 11- 1 6. 293.2 1. 2. 3. 4. 3031 13725366952 zhangksssolar.org
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