

Hi-MO 9 Series Solar Panel PV Modules
Hi-MO 9 Solar Panel integrates HPBC 2.0 cell technology, delivering a module efficiency of up to 24.43%.
Core Advantages
HPBC 2.0 Cell Architecture
Enhanced Low-Light Performance: Extends daily power generation duration through superior photon capture efficiency under suboptimal lighting conditions.
Industry-Leading Module Efficiency: Achieves up to 24.43% conversion efficiency through optimized light absorption and carrier collection.
Zero Busbar (0BB) Front Design: Minimizes shading loss and improves current collection uniformity.
Peak Power Output: Delivers maximum power ratings up to 660W for superior energy yield.
Irradiation Resilience: Advanced cell architecture maintains stable performance under uneven light distribution patterns.
Current Uniformity Assurance: Proprietary grid design mitigates current mismatch risks in partial shading scenarios.
Long-Term Reliability: Features 30-year linear power degradation rate 0.05% lower than conventional N-type counterparts
Sustained Energy Production: Progressive efficiency improvements ensure continuous performance enhancement throughout system lifecycle.
Electrical Performance Parameters of Hi-MO 9 Series Solar Panel Sub-Models Under Two Testing Conditions: STC (Standard Test Conditions) and NOCT (Nominal Operating Cell Temperature).
LR7-72HYD-625M
STCNOCT- Maximum power (Pmax/W):625475.8
- Open-circuit voltage (Voc/V):53.7251.05
- Short circuit current (Isc/A):14.7311.83
- Peak power voltage (Vmp/V):44.3742.17
- Peak power current (Imp/A):14.0911.29
- Module efficiency (%):23.1
LR7-72HYD-630M
STCNOCT- Maximum power (Pmax/W):630479.6
- Open-circuit voltage (Voc/V):53.8251.15
- Short circuit current (Isc/A):14.8111.90
- Peak power voltage (Vmp/V):44.4742.26
- Peak power current (Imp/A):14.1711.36
- Module efficiency (%):23.3
LR7-72HYD-635M
STCNOCT- Maximum power (Pmax/W):635483.4
- Open-circuit voltage (Voc/V):53.9251.24
- Short circuit current (Isc/A):14.8911.96
- Peak power voltage (Vmp/V):44.5742.36
- Peak power current (Imp/A):14.2511.42
- Module efficiency (%):23.5
LR7-72HYD-640M
STCNOCT- Maximum power (Pmax/W):640487.2
- Open-circuit voltage (Voc/V):54.0251.34
- Short circuit current (Isc/A):14.9812.03
- Peak power voltage (Vmp/V):44.6742.45
- Peak power current (Imp/A):14.3311.49
- Module efficiency (%):23.7
LR7-72HYD-645M
STCNOCT- Maximum power (Pmax/W):645491.0
- Open-circuit voltage (Voc/V):54.1251.43
- Short circuit current (Isc/A):15.0612.10
- Peak power voltage (Vmp/V):44.7742.55
- Peak power current (Imp/A):14.4111.55
- Module efficiency (%):23.9
LR7-72HYD-650M
STCNOCT- Maximum power (Pmax/W):650494.8
- Open-circuit voltage (Voc/V):54.2251.53
- Short circuit current (Isc/A):15.1412.16
- Peak power voltage (Vmp/V):44.8742.64
- Peak power current (Imp/A):14.4911.61
- Module efficiency (%):24.1
LR7-72HYD-655M
STCNOCT- Maximum power (Pmax/W):655498.6
- Open-circuit voltage (Voc/V):54.3251.62
- Short circuit current (Isc/A):15.2212.22
- Peak power voltage (Vmp/V):44.9742.74
- Peak power current (Imp/A):14.5711.68
- Module efficiency (%):24.2
LR7-72HYD-660M
STCNOCT- Maximum power (Pmax/W):660502.4
- Open-circuit voltage (Voc/V):54.4251.72
- Short circuit current (Isc/A):15.3012.29
- Peak power voltage (Vmp/V):45.0742.83
- Peak power current (Imp/A):14.6511.75
- Module efficiency (%):24.4
Load Capacity
- Maximum static load on the front (such as snow and wind): 5400Pa
- Maximum static load on the back (such as wind): 2400Pa
- Hail test: Diameter 25 mm, impact speed 23 m/s
Temperature Coefficient (STC test)
- Temperature coefficient of short circuit current (Isc): +0.050%/℃
- Temperature coefficient of open circuit voltage (Voc): -0.200%/℃
- Temperature coefficient of peak power (Pmax): -0.260%/℃
Mechanical Parameters
- Layout: 144 (6×24)
- Junction box: Split junction box, IP68, 3 diodes
- Weight: 33.5kg
- Size: 2382×1134×30mm
- Packaging: 36 pcs./pallet; 144 pcs./20GP; 720 pcs./40HC;
