BYPO-2 is a paralleling optimizer to enhance the parallel application performance of DC power sources such as photovoltaic modules and energy storage batteries.
With two sets of inputs and one set of outputs, BYPO-2 allows for the parallel usage of photovoltaic modules/batteries, resulting in increased output current and greater power output from the photovoltaic module/battery array.
One paralleling optimizer controls two photovoltaic modules. It is required to install the paralleling optimizer within the array boundary of the two photovoltaic modules, and it is recommended to minimize the installation spacing between the two modules.
what makes us different
Solve the problem of current backfeeding when connected in parallel, and improve the life of photovoltaic modules/batteries
From pre-sales consultation to after-sales service, our team provides a comprehensive intimate experience.
Evaluate the working parameters and faults of individual photovoltaic modules/cells
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Input voltage range |
8V ~ 60V |
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Maximum DC input voltage |
60V |
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Max. Short Circuit Current |
20A*2 |
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Max. Input Current |
18A*2 |
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Maximum DC output voltage |
60V |
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Forward voltage drop diode forward voltage |
≤40mV, typical value 30mV (Vin1=Vin2, Iin1 =Iin2=10A) |
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Maximum continuous output current |
32A |
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Maximum power consumption |
≤1.2W, typical value 0.6W (Iout=20A) |
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Protective class |
II |
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Housing rating |
IP67 |
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Pollution degree |
II |
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Working temperature |
-40℃ to +70℃ |
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Storage temperature |
-40℃ to +85℃ |
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Environmental category |
Outdoor |
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Altitudes |
2000 |
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Humidity range |
0-98% |
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Overvoltage level |
OVC II (PV) |
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Input reverse protection |
>7h (Iin1 = Iin2 = -20A) |
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Warranty Period |
10 years |
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Certification standards |
IEC/EN62109-1 |
