Quad-In
Microinverter 2000

Highlights:
Technical certification :

With the rated output power of 2000W, the PVB BYM2000 microinverter connect to 4 panels and enable module-level maintenance and management by monitoring power generation of each module.

Module-level data can be uploaded to the monitoring platform via PVB data transfer units through PLCC/Wi-Fi.

Product Specs

Input Data(DC)

Recommended Input Power (STC)

(450-750)W*4, 60~75 Cell/120~150 Sub Cell

(350~550)W*8 parallel, 66~75 Cell/132~150 Sub Cell

MPPT voltage range

24V-50V

Operating voltage range

16V-60V

Maximum DC input voltage

60V

Maximum short circuit input current

20A*4

Maximum continuous input current

18A*4

Rated Output Power

2000VA

Rated Voltage/range

230V/176-265V

Rated Frequency/range

50Hz/60Hz (46.5-62)Hz

Maximum continuous output current

9.1A

Maximum Harmonic Distortion

<3%

Power Factor

>0.99 (default)

Maximum Connection Number In One String

3 units (32A circuit breaker, 12AWG cable)

Peak efficiency

97.5%

European efficiency

97%

MPPT efficiency

>99.8%

Night power consumption

<100mW

Communication method

PLCC/Wi-Fi

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)

Overvoltage class

OVC III (AC), OVC II (PV)

Dimension(mm)

210*230*34

Weight(kg)

7.96

Warranty

10/25 years optional

Safety Regulations

IEC/EN 61000-6, CISPR11+A1+A2, IEC/EN 62109-1/2,

EN 50549-1:2019 VDE-AR-N 4105:2018/DIN VDE

0124:2020, AS 4777.2 :2020, INMETRO, UTE C15-

712-1/DIN VDE 0126/VFR 2019, G98, CEI 0-21:2020,

NC RFG, NTS DAKKS.

Remote Monitored

PVB’s monitoring device enables smart management of solar energy systems. It utilizes PLCC communication for real-time data access and module-level monitoring.

FAQ

The ambient temperature is above 45°, and the inverter detects above 80°.

The optimal output of the DC input voltage is greater than 33V, and the AC voltage is greater than 220V to output the maximum function.

European efficiency, applied only in photovoltaic effects, refers to a photovoltaic inverter with a standard configuration array given according to European lighting conditions, and the weights at different power points are used to estimate the overall efficiency of the inverter.

The European efficiency is weighted so it is below the maximum conversion efficiency.

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