LONGi LR7-54HVH-500M
Official manufacturer GLOBAL verified Sept. 3, 2026
Identity
| category | pv_modules |
| generation | Hi-MO X10 Guardian (anti-glare) |
| manufacturer | LONGi |
| market_version | IEC DC1500V |
| model | LR7-54HVH-500M |
| mpn | UNKNOWN |
| product_family | LR7-54HVH 480~500M (Hi-MO X10 Guardian, Anti-Glare, 30/30 and 15 Frame) |
| product_status | active |
| region | GLOBAL |
| release_year | 2025 |
| series | Hi-MO X10 |
| sku | UNKNOWN |
| variant | anti-glare coated tempered glass |
Electrical
| application_class | UNKNOWN |
| bifacial | False |
| bifaciality_factor_pct | UNKNOWN |
| cell_technology | Back-contact monocrystalline, 108 cells (6x18), single glass. The fetched anti-glare sheet does not print a cell-type row beyond the cell count; the sibling LR7-54HVH sheet prints 'BC-Cell'. |
| extra | {'power_bins_w': [480, 485, 490, 495, 500], 'power_bin_table': [{'pmax_w': 480, 'model': 'LR7-54HVH-480M', 'voc_v': 40.29, 'vmp_v': 33.28, 'isc_a': 15.13, 'imp_a': 14.43, 'efficiency_pct': 23.5}, {'pmax_w': 485, 'model': 'LR7-54HVH-485M', 'voc_v': 40.4, 'vmp_v': 33.4, 'isc_a': 15.23, 'imp_a': 14.53, 'efficiency_pct': 23.8}, {'pmax_w': 490, 'model': 'LR7-54HVH-490M', 'voc_v': 40.52, 'vmp_v': 33.51, 'isc_a': 15.33, 'imp_a': 14.63, 'efficiency_pct': 24.0}, {'pmax_w': 495, 'model': 'LR7-54HVH-495M', 'voc_v': 40.64, 'vmp_v': 33.62, 'isc_a': 15.43, 'imp_a': 14.73, 'efficiency_pct': 24.3}, {'pmax_w': 500, 'model': 'LR7-54HVH-500M', 'voc_v': 40.75, 'vmp_v': 33.73, 'isc_a': 15.53, 'imp_a': 14.83, 'efficiency_pct': 24.5}], 'cell_count': '108 (6x18)', 'cell_layout': '108 (6x18)', 'fire_type': 'IEC Class C', 'bifacial_gain_note': 'UNKNOWN'} |
| imp_a | 14.83 |
| isc_a | 15.53 |
| max_reverse_current_a | UNKNOWN |
| max_series_fuse_rating_a | 25 |
| max_system_voltage_label | DC1500V (IEC) |
| max_system_voltage_v | 1500 |
| module_efficiency_pct | 24.5 |
| nmot | {'pmax_w': 'UNKNOWN', 'voc_v': 'UNKNOWN', 'vmp_v': 'UNKNOWN', 'isc_a': 'UNKNOWN', 'imp_a': 'UNKNOWN', 'conditions': 'UNKNOWN', 'note': 'No NOCT electrical table was recovered from the fetched text of the anti-glare sheet. Values from the non-anti-glare LR7-54HVH sheet were deliberately NOT carried across.'} |
| nmot_c | 45 |
| pmax_w | 500 |
| power_tolerance | 0 ~ 3% |
| protection_class | Class II |
| rated_power_w | 500 |
| stc_conditions | AM1.5, 1000W/m2, 25 degC |
| temp_coeff_isc | 0.05 %/degC |
| temp_coeff_pmax | -0.26 %/degC |
| temp_coeff_voc | -0.2 %/degC |
| vmp_v | 33.73 |
| voc_v | 40.75 |
Physical / mechanical
| backsheet | UNKNOWN |
| bypass_diodes | 3 |
| cable_cross_section_mm2 | 4.0 |
| cable_length_mm | 4mm2 output cable; +400, -200mm / +/-1200mm length can be customized |
| connector_type | UNKNOWN - no connector brand or type is printed on this datasheet |
| depth_mm | 30 |
| dimensions_mm | 1800x1134x30 |
| frame | Anodized aluminum alloy frame |
| frame_colour | UNKNOWN |
| glass | Single glass, 3.2mm anti-glare coated tempered glass |
| glass_construction | single glass |
| glass_thickness_mm | 3.2 |
| junction_box | IP68, three diodes |
| length_mm | 1800 |
| weight_kg | 21.6 |
| width_mm | 1134 |
Installation
| clamp_requirements | UNKNOWN |
| grounding | UNKNOWN |
| max_installation_altitude_m | UNKNOWN |
| mounting_methods | UNKNOWN |
Environment
| ammonia | UNKNOWN |
| fire_rating | IEC Class C |
| hail | 25mm Hailstone at the speed of 23m/s |
| max_static_load_front_pa | 5400 |
| max_static_load_rear_pa | 2400 |
| operating_temperature_c | -40 to +85 |
| pid | UNKNOWN |
| salt_mist | UNKNOWN |
| snow_load | UNKNOWN |
| wind_load | UNKNOWN |
Certifications
| standards | ['IEC 61215', 'IEC 61730', 'ISO 9001:2015', 'ISO 14001:2015', 'ISO 45001:2018', 'IEC 62941'] |
Warranty & service
| annual_degradation_pct | 0.35 |
| first_year_degradation_pct | 1.0 |
| performance_years | 30 |
| product_years | 15 |
| retained_power_at_year | 30 |
| retained_power_end_pct | UNKNOWN |
Documents
datasheet
LR7-54HVH 480~500M (30/30 and 15 Frame) Anti-Glare - LONGi module datasheet
rev BGV03 20250813
Additional documented parameters
Recorded verbatim from the source; no schema field exists for these yet.
| Anti-glare claim | Use high-transparency and low-reflection glass to enhance the anti-glare effect |