Solaredge 100 kW Synergy Manager SE100K-RWOOIBNM4

SolarEdge 100kW Synergy Manager – For SE100K Three-Phase Inverters

The SolarEdge 100kW Synergy Manager (model SE100K-RWOOIBNM4) is an essential part of the SolarEdge Synergy concept. This manager controls three Synergy units and, together with them, forms a complete, efficient and easy-to-manage 90kW three-phase inverter solution. Thanks to the modular design, installation, monitoring and maintenance are considerably simplified.

With built-in monitoring, intelligent fault detection and support for extensive network integration, the Synergy Manager offers a robust and flexible solution for large-scale commercial solar energy projects.

Key features of the SolarEdge 100kW Synergy Manager

• Specifically developed for the SolarEdge SE100K three-phase inverter (400V grid connection)

• Controls three Synergy units for a total output of 100kW AC

• Pre-commissioning function for automated validation of system components and cabling before grid connection

• Lightweight and modular design for easy installation by two people

• Built-in thermal sensors for optimal protection and fault detection

• Module-level monitoring via Ethernet (Wi-Fi or GSM optional)

• Supports rapid shutdown and integrated arc fault detection

• Built-in PID recovery to maintain optimal performance

• Optionally available with integrated surge protection (AC and DC)

Technical specifications

• Compatibility: SolarEdge SE100K three-phase inverter (400V)

• Number of Synergy units required: 3

• Nominal AC power: 100.000 W

• Maximum AC current per phase: 130,5 A

• AC voltage: 400/230V (L-L / L-N)

• IP rating: IP65, suitable for indoor and outdoor installation

• Dimensions: 360 × 560 × 295 mm

• Weight: 18 kg

• Operating temperature: -40°C to +60°C

• Communication: Ethernet as standard, Wi-Fi and GSM optional

Why choose the SolarEdge 100kW Synergy Manager?

• Maximum system efficiency thanks to advanced monitoring and fault detection

• Simple and fast installation thanks to the modular design

• Improved safety with integrated protection functions

• Optimal performance, even under demanding conditions

• Flexible communication and monitoring options