2 kW Microinverter, 220 VAC, for Grid-Tie Interconnection, IP67, Trunk Cable Connection, Supports Oversizing up to 4 Modules of up to 670 W

• Direct Current (DC) Input Data
• Maximum PV Power: 4 x 670 W
• Maximum Input Voltage (Voc): 60 Vdc
• Maximum DC current: 4 x 16 A
• Alternating Current (AC) Output Parameters
• Maximum output power: 2000 W
• Nominal AC output voltage: 220 Vac
• Maximum AC current: 8.33 A
• General Data
• Maximum efficiency: 99.8 %
• Nominal frequency/ranges: 55 - 65 Hz
• Dimensions: 331 x 218 x 34.6 mm
• Weight: 4.7 kg
• Certificates: UL1741, IEEE1547
• Number of units per branch: 3 Microinverters

• Convert DC to AC current for the electrical grid
• Dual MPPT
• Aluminum heat sink
• 4 pairs of MC4 connectors
• Installation in tight or difficult areas
• Scalable
• Super lightweight

• The world's first 220 Vac microinverter for up to 4 modules of 670 W
• Low investment cost
• Independent panel connection and generation
• Ultra-fast startup
• Real-time notifications
• Remote monitoring with DTU

• Simple installation directly onto module structures
• High efficiency, excellent benefit
• Maximum conversion efficiency, up to 95%
• Maximum utilization with MPPT technology

Oversizing by up to 30% is a recommended practice to maximize daily energy production, achieving greater generation during the early and late hours of the day, with minimal energy loss at peak production.

Example of daily generation:

• With 4 x 550 W panels: Approximately 11 kWh/day
• With 4 x 670 W panels: Approximately 13.1 kWh/day

It is important to consider that even though the panels may exceed 2000 W in nominal power, the microinverter will regulate the output to its 2000 W maximum AC power limit. For higher efficiency, it is recommended not to exceed 30% oversizing relative to the microinverter's nominal capacity.