Hi-MO 9 - LONGi

Basic Parameters

Detail Parameters

Core Advantages

HPBC 2.0 Technology

Tairay silicon wafers + HPBC 2.0 cell technology Superior performance in low light conditions allows for extended power generation times.

Uneven light irradiation tolerance

Effectively resists uneven light irradiation Reducing the risk of current non-uniformity

Module efficiency of up to 24.43%

0BB design on the front Maximum power boasts up to 660W Steadily enhancing product power generation.

30 years of Lower degradation

30-year full lifecycle linear degradation is 0.05 percentage points lower than conventional N-type products Power increase 1.5% after 30 years

HPBC 2.0 Technology

Tairay silicon wafers + HPBC 2.0 cell technology Superior performance in low light conditions allows for extended power generation times.

Module efficiency of up to 24.43%

0BB design on the front Maximum power boasts up to 660W Steadily enhancing product power generation.

Uneven light irradiation tolerance

Effectively resists uneven light irradiation Reducing the risk of current non-uniformity

30 years of Lower degradation

30-year full lifecycle linear degradation is 0.05 percentage points lower than conventional N-type products Power increase 1.5% after 30 years

Module Model	LR7-72HYD-635M	LR7-72HYD-640M	LR7-72HYD-645M	LR7-72HYD-650M	LR7-72HYD-655M	LR7-72HYD-660M
Maximum power (Pmax/W)	635	640	645	650	655	660
Open-circuit voltage (Voc/V)	53.50	53.60	53.70	53.80	53.90	54.00
Short circuit current (Isc/A)	15.01	15.09	15.17	15.25	15.33	15.41
Peak power voltage (Vmp/V)	44.36	44.46	44.56	44.65	44.75	44.85
Peak power current (Imp/A)	14.32	14.40	14.48	14.56	14.64	14.72

Module Model	LR7-72HYD-635M	LR7-72HYD-640M	LR7-72HYD-645M	LR7-72HYD-650M	LR7-72HYD-655M	LR7-72HYD-660M
Maximum power (Pmax/W)	483.4	487.2	491.0	494.8	498.6	502.4
Open-circuit voltage (Voc/V)	50.84	50.94	51.03	51.13	51.22	51.32
Short circuit current (Isc/A)	12.06	12.12	12.18	12.25	12.31	12.38
Peak power voltage (Vmp/V)	42.16	42.25	42.35	42.43	42.53	42.62
Peak power current (Imp/A)	11.48	11.54	11.61	11.67	11.73	11.80

Crafted with Precision, Powered by Excellence

Other Series

High-performance PV modules for utility power plants

Advanced HPDC cell technology

High bifaciality and excellent power temperature coefficient

Ensures long-term performance

Learn More

Shaping the future. Once again

Utility PV power plants

Bifacial PERC with high bifacial gain

M10 Ga-doped wafer & Crackless smart soldering technology

Learn More

Crafted with Precision, Powered by Excellence

Module efficiency of up to 24.43%

HPBC 2.0 Technology

30 years of Lower degradation

Learn More

High-performance PV modules for utility power plants

Advanced HPDC cell technology

High bifaciality and excellent power temperature coefficient

Ensures long-term performance

Learn More

Shaping the future. Once again

Utility PV power plants

Bifacial PERC with high bifacial gain

M10 Ga-doped wafer & Crackless smart soldering technology

Learn More

Crafted with Precision, Powered by Excellence

Module efficiency of up to 24.43%

HPBC 2.0 Technology

30 years of Lower degradation

Learn More

Contact Us

LONGi offers professional consulting services, professional knowledge of PV power plant and charging station solutions, and full life cycle O&M capabilities.

Core Advantages

Mechanical Parameters

Electrical Performance Parameters (STC Test)

Electrical Performance Parameters (NOCT Test)

Mechanical Load Capacity

Temperature Coefficient (STC test)

Crafted with Precision, Powered by Excellence

Other Series

Contact Us