SINGLE-IN MICROINVERTER 500W
Highlights:
- Connected to single panel
- Rated Output Power 500W
- Peak Output Power 520VA
- Peak efficiency 96.5%
- Maximum short circuit current 20A
- Maximum continuous current 18A
- Up to 25 years warranty
BENY BYM500/BYM550/BYM600 microinverter connect to 1 panel and enable module-level maintenance and management of the PV station by monitoring power generation of each module.
Module-level data can be uploaded to the monitoring platform via BENY data transfer units through PLCC/Zigbee.
The products are fully designed, with real materials, the main control chips, power devices, magnetic components and resistance components are all selected from the top international manufacturers, MTBF> 25 years. The structure and heat dissipation design are fully designed to ensure that it can still work at full load when the ambient temperature is 55℃.
BYPO-2 is a PV parallel optimizer. Users can use BYPO-2 to connect PV modules in parallel to increase the output current of the PV array, thereby obtaining greater output power.
It has the characteristics of ultra-low voltage drop and ultra-low loss, which can solve the problem that the current backflow reduces the life of PV modules or damages PV modules in parallel, and can improve the MPPT efficiency of PV modules in parallel.
Compared with APsystems, Hoymiles, and Deye, BENY Micro-inverter has the most outstanding performance.
BENY Single-In Micro-inverter has the highest output power (rated, peak value), maximum continuous current and warranty years.
| Input Data(DC) | |||
| Model | BYM500 | BYM550 | BYM600 |
| PV Module Specifications (Recommended) | 400~670W single-in, 60~75 full cell/120~150 half cell battery | ||
| (300~450W)*2 parallel input 72~75 full cell/144~150 half cell battery | |||
| MPPT voltage range | 24V-50V | ||
| Operating voltage range | 16V-60V | ||
| Maximum DC input voltage | 60V | ||
| Maximum short circuit input current | 20A | ||
| Maximum continuous input current | 18A | ||
| Output Data(AC) | |||
| Nominal output power | 500W | 550W | 600W |
| Peak output power | 520VA (Vac≥230，Vmp≥34) | 570VA (Vac≥230，Vmp≥35) | 620VA (Vac≥230，Vmp≥36) |
| Nominal voltage/range | 230V/176-265V | ||
| Nominal frequency/range | 50Hz/60Hz (46.5-62)Hz | ||
| Maximum continuous output current | 2.27A | 2.5A | 2.73A |
| Harmonic Distortion | <3% | ||
| Power Factor | >0.99 (default) | ||
| Maximum number of branch connections | 8 units (24A circuit breaker, 10AWG cable) | ||
| Performance parameters | |||
| Peak efficiency | 96.50% | ||
| European efficiency | 96% | ||
| MPPT efficiency | >99.8% | ||
| Night power consumption | <100mW | ||
| Other parameters | |||
| Communication method | PLCC/Zigbee Optional | ||
| Safety protection class | Class I | ||
| Enclosure rating | IP67 | ||
| Operating temperature | -40℃ to +70℃ | ||
| Storage temperature | -40℃ to +85℃ | ||
| Relative humidity | 0-98% | ||
| Transformer design | High frequency transformer, Electrical isolated | ||
| Overvoltage class | OVC III (AC), OVC II (PV) | ||
| Dimension（mm） | 210*230*34 | ||
| Weight（kg） | 2.39 | ||
| Warranty | 10 / 25years Optional | ||
| Safety regulations | VDE-AR-N 4105, EN50549-1, NC RFG, C10/11, | ||
| INMETRO ABNT ABR 16149/16150/62116, | |||
|
CEI-0-21, AS/NZS 4777, VFR2019, G98,IEC/EN61000, IEC/EN62109 |
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