LONGi · Solar panels · Monocrystalline BC
LONGi Hi-MO X10 LR7-72HVH 630~650M Solar Panel
Model LR7-72HVH 630~650M (Hi-MO X10 Explorer)
LONGi Hi-MO X10 Explorer, model LR7-72HVH, in 630 W to 650 W ratings. Built on TaiRay wafer and back-contact (BC) cell technology, the module reaches a maximum efficiency of 24.1% with a power tolerance of 0~3%, first-year power degradation of less than 1% and 0.35% per year from year 2 to year 30. It is suitable for the distribution market and carries a 15-year warranty for materials and processing plus a 30-year warranty for extra linear power output.
Supplied and installed by Solar Works Pakistan across Punjab. For current pricing and availability, WhatsApp +92 336 6664321.
Key features
- Suitable for the distribution market
- Highest efficiency with the best energy generation performance
- TaiRay wafer and BC technology enhance high product reliability
- Smart manufacturing and LONGi product lifecycle standards deliver exceptional product quality
- BC cell with lower operating temperature
- 15-year warranty for materials and processing; 30-year warranty for extra linear power output
- Complete system and product certifications
Headline performance
| Max. module efficiency | 24.1% |
|---|---|
| Power tolerance | 0 ~ 3% |
| First year power degradation | < 1% |
| Year 2-30 power degradation | 0.35% |
| Cell technology | BC-Cell, lower operating temperature |
Electrical characteristics - STC (AM1.5, 1000 W/m², 25°C)
| LR7-72HVH-630M | Pmax 630 W · Voc 53.50 V · Isc 14.97 A · Vmp 44.16 V · Imp 14.27 A · Efficiency 23.3% |
|---|---|
| LR7-72HVH-635M | Pmax 635 W · Voc 53.60 V · Isc 15.05 A · Vmp 44.26 V · Imp 14.35 A · Efficiency 23.5% |
| LR7-72HVH-640M | Pmax 640 W · Voc 53.70 V · Isc 15.13 A · Vmp 44.36 V · Imp 14.43 A · Efficiency 23.7% |
| LR7-72HVH-645M | Pmax 645 W · Voc 53.80 V · Isc 15.21 A · Vmp 44.46 V · Imp 14.51 A · Efficiency 23.9% |
| LR7-72HVH-650M | Pmax 650 W · Voc 53.90 V · Isc 15.29 A · Vmp 44.56 V · Imp 14.59 A · Efficiency 24.1% |
| Test uncertainty for Pmax | ±3% |
Electrical characteristics - NOCT (AM1.5, 800 W/m², 20°C, 1 m/s)
| LR7-72HVH-630M | Pmax 480 W · Voc 50.84 V · Isc 12.02 A · Vmp 41.96 V · Imp 11.44 A |
|---|---|
| LR7-72HVH-635M | Pmax 483 W · Voc 50.94 V · Isc 12.09 A · Vmp 42.06 V · Imp 11.50 A |
| LR7-72HVH-640M | Pmax 487 W · Voc 51.04 V · Isc 12.15 A · Vmp 42.15 V · Imp 11.56 A |
| LR7-72HVH-645M | Pmax 491 W · Voc 51.13 V · Isc 12.22 A · Vmp 42.25 V · Imp 11.63 A |
| LR7-72HVH-650M | Pmax 495 W · Voc 51.23 V · Isc 12.28 A · Vmp 42.35 V · Imp 11.69 A |
Mechanical parameters
| Cell orientation | 144 (6×24) |
|---|---|
| Junction box | IP68, three diodes |
| Glass | Single glass, 3.2 mm coated tempered glass |
| Frame | Anodized aluminum alloy frame |
| Weight | 28.5 kg |
| Dimension | 2382 × 1134 × 30 mm (length ±2 mm, width ±2 mm) |
| Output cable | 4 mm², +400 / -200 mm / ±1400 mm, length can be customized |
| Packaging | 36 pcs per pallet / 144 pcs per 20'GP / 720 pcs per 40'HC |
Mechanical loading
| Front side maximum static loading | 5400 Pa |
|---|---|
| Rear side maximum static loading | 2400 Pa |
| Hailstone test | 25 mm hailstone at the speed of 23 m/s |
Temperature ratings (STC)
| Temperature coefficient of Isc | +0.050% / °C |
|---|---|
| Temperature coefficient of Voc | -0.200% / °C |
| Temperature coefficient of Pmax | -0.260% / °C |
Operating parameters
| Protection class | Class II |
|---|---|
| Nominal operating cell temperature | 45 ± 2 °C |
| Maximum series fuse rating | 25 A |
| Maximum system voltage | DC 1500 V (IEC) |
| Power output tolerance | 0 ~ 3% |
| Operational temperature | -40 °C ~ +85 °C |
| Fire rating | IEC Class C |
Warranty
| Materials and processing | 15 years |
|---|---|
| Extra linear power output | 30 years |
| Power warranty curve | 100% year 1, 99% after year 1, 88.85% at year 30 |
Certifications
| Product | IEC 61215, IEC 61730, UL 61730 |
|---|---|
| Quality management | ISO 9001:2015 |
| Environment management | ISO 14001:2015 |
| Occupational health and safety | ISO 45001:2018 |
| Module design qualification | IEC 62941 (guideline for module design qualification and type approval) |