The SolarEdge Safety & Monitoring Interface provides the benefits of module-level safety and monitoring for non-SolarEdge inverters.

The interface unit collects module performance data measured by each power optimizer and transmits the data to the SolarEdge monitoring server to allow for module-level and system-wide monitoring. It activates the SafeDC™ feature of the power optimizers, which automatically shuts down module DC voltage during AC power shutdown, for safe installation, maintenance and firefighting. This provides multiple advantages when adding SolarEdge power optimizers to existing installations and when designing new sites. The Safety and Monitoring Interface can be added to an existing installation that has SolarEdge power optimizers at any stage.

The SolarEdge Control and Communication Gateway expands the SolarEdge monitoring and control capabilities. It can be connected to SolarEdge and non-SolarEdge inverters, environmental sensors and revenue meters and can transfer the monitoring data to the SolarEdge monitoring server and optionally, to a non-SolarEdge logger.

The Control and Communication Gateway has an interface that allows for controlling of the SolarEdge inverters' power.

The Firefighter Gateway provides centralized safety management of SolarEdge systems.

Firefighters can immediately stop production of a SolarEdge PV system, either manually through an emergency stop button or automatically through a Fire Alarm Control Panel System.

This reduces string voltage to a safe voltage using the unique SafeDC™ feature.

The GSM modem for wireless connectivity creates a wireless link between a master inverter and the SolarEdge Monitoring Portal using GSM cellular communication.

GSM connectivity effortlessly connects remote installations to the Monitoring Portal. In addition, it simplifies installations, making them more reliable with no outdoor cabling protection required, safer with no lightning protection required and more aesthetic with no long cables and fixtures.

Wireless connectivity allows for a simplified installation, making them more reliable with no outdoor cabling protection required, safer with no lightning protection required and more aesthetic with no long cables and fixtures.

The branch cables for power optimizer input enable connection of multiple low power modules in parallel to a single power optimizer. Such a connection will reduce the number of power optimizers needed for a given installation, reducing BoS costs. All the PV modules connected to a single power optimizer are optimized as a group by the power optimizer’s MPP tracker.