Hi-MO X10 Scientist Series Solar Panels

Advanced HPBC 2.0 Technology

Utilizes Hybrid Passivated Back Contact (HPBC 2.0) cells, achieving a record-breaking 24.8% module efficiency and 670W maximum power output, surpassing mainstream TOPCon modules by over 30W.

Enhanced double-sided composite passivation reduces current loss and improves energy conversion under diverse conditions.

Optimized Performance in Shading

Proprietary bypass diode structure minimizes power loss by >70% during partial shading and reduces hotspot temperatures by 28%, ensuring safer operation.

Durable and Low-Degradation Design

N-type silicon wafers enhance mechanical strength and reduce defects, contributing to long-term stability.

30-year power warranty with only 1% first-year degradation and 0.35% annual linear decline, outperforming conventional modules.

Economic Advantages

Delivers 9.1% higher lifetime profit over 25 years compared to TOPCon modules, with a 6.2% IRR improvement and 0.2-year shorter payback period.

Aesthetic Integration

Grid-free front surface and simplified back-side design ensure seamless architectural compatibility for residential and commercial use.

Electrical Performance Parameters of Hi-MO X10 Scientist Series Solar Panel Sub-Models Under Two Testing Conditions: STC (Standard Test Conditions) and NOCT (Nominal Operating Cell Temperature).

Version LR7-54HVH

• LR7-54HVH-495M

  STCNOCT
• Maximum power (Pmax/W):495377
• Open-circuit voltage (Voc/V):40.6438.62
• Short circuit current (Isc/A):15.4312.40
• Peak power voltage (Vmp/V):33.6231.95
• Peak power current (Imp/A):14.7311.81
• Module efficiency (%):24.3

• LR7-54HVH-500M

  STCNOCT
• Maximum power (Pmax/W):500381
• Open-circuit voltage (Voc/V):40.7538.72
• Short circuit current (Isc/A):15.5312.48
• Peak power voltage (Vmp/V):33.7332.06
• Peak power current (Imp/A):14.8311.89
• Module efficiency (%):24.5

• LR7-54HVH-505M

  STCNOCT
• Maximum power (Pmax/W):505384
• Open-circuit voltage (Voc/V):40.8538.82
• Short circuit current (Isc/A):15.6212.55
• Peak power voltage (Vmp/V):33.8432.16
• Peak power current (Imp/A):14.9311.96
• Module efficiency (%):24.7

Mechanical Parameters

• Layout: 108 (6×18)
• Junction box: Split junction box, IP68, 3 diodes
• Weight: 21.6kg
• Size: 1800×1134×30mm
• Packaging: 36 pcs./pallet; 216 pcs./20GP; 864 pcs./40HC;

Version LR7-72HVH

• LR7-72HVH-655M

  STCNOCT
• Maximum power (Pmax/W):655499
• Open-circuit voltage (Voc/V):54.0051.32
• Short circuit current (Isc/A):15.3712.34
• Peak power voltage (Vmp/V):44.6642.44
• Peak power current (Imp/A):14.6711.76
• Module efficiency (%):24.2

• LR7-72HVH-660M

  STCNOCT
• Maximum power (Pmax/W):660502
• Open-circuit voltage (Voc/V):54.1051.42
• Short circuit current (Isc/A):15.4512.41
• Peak power voltage (Vmp/V):44.7642.54
• Peak power current (Imp/A):14.7511.82
• Module efficiency (%):24.4

• LR7-72HVH-665M

  STCNOCT
• Maximum power (Pmax/W):665506
• Open-circuit voltage (Voc/V):54.2051.51
• Short circuit current (Isc/A):15.5212.47
• Peak power voltage (Vmp/V):44.8642.63
• Peak power current (Imp/A):14.8311.88
• Module efficiency (%):24.6

• LR7-72HVH-670M

  STCNOCT
• Maximum power (Pmax/W):670510
• Open-circuit voltage (Voc/V):54.3051.61
• Short circuit current (Isc/A):15.6012.53
• Peak power voltage (Vmp/V):44.9642.73
• Peak power current (Imp/A):14.9111.94
• Module efficiency (%):24.8

Mechanical Parameters

• Layout: 144 (6×24)
• Junction box: Split junction box, IP68, 3 diodes
• Weight: 28.5kg
• Size: 2382×1134×30mm
• Packaging: 36 pcs./pallet; 144 pcs./20GP; 720 pcs./40HC;

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%/℃