MICROINVERTERS

FREE PANEL LEVEL MONITORING

EASY TO USE. DURABLE. SAFE. MLPE

BPE Microinverters

BPE Microinverters are market leading and available in a range of dual and quad port options, with individual MPPT per module and are designed to accommodate today’s high power solar PV panels. 

Microinverters work on a modular level, so should one solar panel fail, the remaining panels will still operate at their maximum capacity.

Microinverter systems improve your energy harvest and simplify design. Microinverters maximise energy production by reducing the impact of shading, dust and debris. They also allow you to monitor your solar PV panels at panel level as opposed to a system level, via a dedicated online monitoring app. Microinverters are safer as they remove the requirement for high voltage DC cabling within a building.

Certifications include CE, SAA, NRS and cUL.

BETTER PRODUCTION

Microinverters can produce up to 30% more power than other inverter technologies. One shaded or dirty panel will not affect the rest of the panels in the array, so each panel performs to it’s maximum capacity

RELIABILITY

Unlike string inverters, microinverters are able to function independently and more reliably with no single point of failure. If one panel goes down, it doesn’t affect the others. Our warranties outlast traditional string inverters

SAFER

Microinverters are safer than other inverter technologies. With the AC inversion happening at panel level, this eliminates the high-voltage DC cables on the roof

BPE Microinverters – Dual Port

The BPE-MI-600 is a grid-tied microinverter with an intelligent monitoring system to ensure maximum efficiency. Highly dependable and cost effective, the BPE-MI-600 handles up to 2 x 400W panels with reduced shading losses and one MPPT per module. Up to 8 BPE-MI-600 microinverters can be in a string with a 25A breaker. 

Dual Port Microinverter with 2 Individual MPPT

BPE-MI-600

BPE Dual Port Microinverter

BPE Microinverter 600W Specification

Input Data (DC)

Operating Voltage Range: 20V – 60V
MPPT Voltage Range: 25V – 55V
Max. Input Voltage: 60V
Start-up Voltage: 20V
Max. DC Input Current: 10.5A x 2
DC Short Circuit Current (Isc): 16A x 2
Max. PV Panel Input: 400W x 2

Microinverter Properties: 

Dimensions (W x H x D in mm): 187 x 164 x 29
Weight: 3.5kg

Protection

Ingress Protection: IP67
Certifications: UL1741, VDE0126, VDE4105, IEC62109, CE, SAA, INMETRO, G98

Output Data (AC)

Nominal Output Power (AC): 600W
Output Voltage Range: 184V – 265V
Max. Output Current: 2.9A
Nominal Frequency: 50/60Hz
Max. Output Power: 660W
Max. Number of Units per Branch: 8
Power Factor: > 0.99

General Data

Night-time Power Consumption: 50mW
Operating Temperature: -40˚C – +65˚C
Communication: PLC, Zigbee & Wi-Fi
Cooling: Heat Sink

Efficiency

Efficiency: 96.5%

BPE Microinverters – Quad Port

The BPE Quad Port Microinverter is a grid-tied microinverter with an intelligent networking and monitoring system to ensure maximum efficiency. Dependable and cost effective, the Quad Port Microinverter handles up to 4 x 400W panels with reduced shading losses and four MPPT per module. Up to four Quad Port Microinverters can be in a string with a 30A breaker. 

BPE Microinverter 1300W Specification

Input Data (DC)

Operating Voltage Range: 20V – 60V
MPPT Voltage Range: 25V – 55V
Max. Input Voltage: 60V
Start-up Voltage: 20V
Max. DC Input Current: 10.5A x 4
DC Short Circuit Current (Isc): 16A x 4
Max. PV Panel Input: 400W x 4

Microinverter Properties: 

Dimensions (W x H x D in mm): 267 x 300 x 42.5
Weight: 5.2kg

Protection

Ingress Protection: IP67
Certifications: UL1741, VDE0126, VDE4105, IEC62109, CE, SAA, INMETRO, G98

Output Data (AC)

Nominal Output Power (AC): 1300W
Output Voltage Range: 184V – 265V
Max. Output Current: 6.2A
Nominal Frequency: 50/60Hz
Max. Output Power: 1430W
Max. Number of Units per Branch: 4
Power Factor: > 0.99

General Data

Night-time Power Consumption: 50mW
Operating Temperature: -40˚C – +65˚C
Communication: PLC, Zigbee & Wi-Fi
Cooling: Heat Sink

Efficiency

Efficiency: 96.5%

Quad Port Microinverter with 4 Individual MPPT

BPE-MI-1300

BPE Quad Port Microinverter

Quad Port Microinverter with 4 Individual MPPT 

BPE-MI-1300

BPE Quad Port Microinverter

BPE Microinverter 1300W Specification

Input Data (DC)

Operating Voltage Range: 20V – 60V
MPPT Voltage Range: 25V – 55V
Max. Input Voltage: 60V
Start-up Voltage: 20V
Max. DC Input Current: 10.5A x 4
DC Short Circuit Current (Isc): 16A x 4
Max. PV Panel Input: 400W x 4

Microinverter Properties: 

Dimensions (W*H*D in mm): 267*300*42.5
Weight: 5.2kg

Protection

Ingress Protection: IP67
Certifications: UL1741, VDE0126, VDE4105, IEC62109, CE, SAA, INMETRO, G98

Output Data (AC)

Nominal Output Power (AC): 1300W
Output Voltage Range: 184V – 265V
Max. Output Current: 6.2A
Nominal Frequency: 50/60Hz
Max. Output Power: 1430W
Max. Number of Units per Branch: 4
Power Factor: > 0.99

General Data

Night-time Power Consumption: 50mW
Operating Temperature: -40˚C – +65˚C
Communication: PLC, Zigbee & Wi-Fi
Cooling: Heat Sink

Efficiency

Efficiency: 96.5%

Quad Port Microinverter with 4 Individual MPPT 

BPE-MI-1600

BPE Quad Port Microinverter

BPE Microinverter 1600W Specification

Input Data (DC)

Operating Voltage Range: 20V – 60V
MPPT Voltage Range: 25V – 55V
Max. Input Voltage: 60V
Start-up Voltage: 20V
Max. DC Input Current: 12.5A x 4
DC Short Circuit Current (Isc): 16A x 4
Max. PV Panel Input: 600W x 4

Microinverter Properties: 

Dimensions (W*H*D in mm): 267*300*42.5
Weight: 5.2kg

Protection

Ingress Protection: IP67
Certifications: UL1741, VDE0126, VDE4105, IEC62109, CE, SAA, INMETRO, G98

Output Data (AC)

Nominal Output Power (AC): 1600W
Output Voltage Range: 184V – 265V
Max. Output Current: 7.7A
Nominal Frequency: 50/60Hz
Max. Output Power: 1980W
Max. Number of Units per Branch: 4
Power Factor: > 0.99

General Data

Night-time Power Consumption: 50mW
Operating Temperature: -40˚C – +65˚C
Communication: PLC, Zigbee & Wi-Fi
Cooling: Heat Sink

Efficiency

Efficiency: 96.5%

BPE Microinverter 2000W Specification

Input Data (DC)

Operating Voltage Range: 20V – 60V
MPPT Voltage Range: 25V – 55V
Max. Input Voltage: 60V
Start-up Voltage: 20V
Max. DC Input Current: 12.5A x 4
DC Short Circuit Current (Isc): 16A x 4
Max. PV Panel Input: 600W x 4

Microinverter Properties: 

Dimensions (W*H*D mm): 267*300*42.5
Weight: 5.2kg

Protection

Ingress Protection: IP67
Certifications: UL1741, VDE0126, VDE4105, IEC62109, CE, SAA, INMETRO, G98

Output Data (AC)

Nominal Output Power (AC): 2000W
Output Voltage Range: 184V – 265V
Max. Output Current: 9.6A
Nominal Frequency: 50/60Hz
Max. Output Power: 2200W
Max. Number of Units per Branch: 3
Power Factor: > 0.99

General Data

Night-time Power Consumption: 50mW
Operating Temperature: -40˚C – +65˚C
Communication: PLC, Zigbee & Wi-Fi
Cooling: Heat Sink

Efficiency

Efficiency: 96.5%

Quad Port Microinverter with 4 Individual MPPT

BPE-MI-2000

BPE Quad Port Microinverter

Quad Port Microinverter with 4 Individual MPPT

BPE-MI-2000

BPE Quad Port Microinverter

BPE Microinverter 2000W Specification

Input Data (DC)

Operating Voltage Range: 20V – 60V
MPPT Voltage Range: 25V – 55V
Max. Input Voltage: 60V
Start-up Voltage: 20V
Max. DC Input Current: 12.5A x 4
DC Short Circuit Current (Isc): 16A x 4
Max. PV Panel Input: 600W x 4

Microinverter Properties: 

Dimensions (W*H*D in mm): 267*300*42.5
Weight: 5.2kg

Protection

Ingress Protection: IP67
Certifications: UL1741, VDE0126, VDE4105, IEC62109, CE, SAA, INMETRO, G98

Output Data (AC)

Nominal Output Power (AC): 2000W
Output Voltage Range: 184V – 265V
Max. Output Current: 9.6A
Nominal Frequency: 50/60Hz
Max. Output Power: 2200W
Max. Number of Units per Branch: 3
Power Factor: > 0.99

General Data

Night-time Power Consumption: 50mW
Operating Temperature: -40˚C – +65˚C
Communication: PLC, Zigbee & Wi-Fi
Cooling: Heat Sink

Efficiency

Efficiency: 96.5%

BPE Microinverters V String Inverters

With BPE’s Microinverters, whether it’s shade, dirt or a faulty panel, only the individual panel is affected, while the others keep performing to their fullest. The String Inverter system can only perform as well as its lowest-performing panel, so if shade or an obstruction hinders a panel’s performance, every other panel operates at the same diminished capacity. Read about more benefits of Microinverters here.

Microinverter Efficiency vs String Inverter Diagram
String Inverter Efficiency

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