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What cell technology and busbar configuration do you use?
182 mm or 210 mm half-cut cells ( TOPCon). Premium lines: 16BB SMBB with 0.25 mm zero-gap ribbons, reducing Rs by ≤15 %.
What is the exact PID resistance mechanism?
PID-free per IEC 62804: anti-PID EVA (Vm ≤1,000 V), Na⁺-blocking POE options, and cell-level encapsulation with <1 % power loss after 192 h at 85 °C/85 % RH.
What are the mechanical load ratings?
Front: 5,400 Pa (snow); rear: 4,000 Pa (wind). Tested per IEC 61215 with 1.5× safety factor. Bifacial models use 2.0–2.5 mm dual-glass for 8,100 Pa front.
What is the bifaciality factor and rear-side mismatch loss?
Measured bifaciality: 70 ±5 % (STC rear / front). Rear mismatch <2 % at 200 W/m² rear irradiance (PVEL 2024). Gain modeled in PVsyst v7.4+.
What junction box and connector specs do you use?
IP68, 3-diode split J-box (TUV 1,500 V). MC4-EVO2 or QC4.10-35 connectors, 4 mm² tinned Cu cable, ≤0.35 %/year contact resistance drift.
What is the NOCT and temperature coefficient breakdown?
NOCT: 43 ±2 °C (800 W/m², 20 °C ambient, 1 m/s). Coefficients:
- Pmax: –0.34 %/°C
- Voc: –0.27 %/°C
- Isc: +0.05 %/°C
- Verified per IEC 61215 Ed.2.
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Contact
Email: emma.wu@einnova-solarline.com
Office Address: 27F,Deji Mansion,No.188 Changjiang Road,Nanjing,China
Factory Address: Building No.4,Qingxi industrial park phase two,Hanshan County,Ma Anshan City,Anhui,China
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