SMA EMETER-20 Universal power measurement for intelligent energy measurement
A high-performance measurement solution for intelligent energy management in PV systems with SMA devices. The SMA Energy Meter calculates phase-exact and balanced electrical measured values and communicates these via Ethernet in the local network. In this way, all data on grid feed-in and purchased electricity as well as PV generation by other PV inverters can be communicated to SMA systems frequently and with a high level of precision.
Integrating the SMA Energy Meter establishes, in all systems, an ideally coordinated system configuration that guarantees the highest performance and stability with the best cost savings and increased self-consumption.
Easy to Use
Quick plug and play installation
Local WebUI
Graphic visualization of current measured values in connection with the Sunny Boy inverter in Sunny Portal
Flexible
Space-saving, top-hat rail mounting in household distribution thanks to compact enclosure
Flexible use in applications > 63 A thanks to external current transformers
Suitable for universal use regardless of existing energy meter
High Performance
Fast three-phase, bidirectional reading for effective energy management*
Ideal coordination with SMA devices to ensure control tasks are carried out stably
The powerfulmeasurement solution for intelligent energy management within the SMA SmartHome: The SMA Energy Meter takes phase-accurate and balanced electrical measured values, such as a grid feed-in and purchased electricity meter, and communicates these values via Speedwire. Thanks to its ability to quickly acquire bidirectional measured values, the SMA Energy Meter is the ideal supplier of data for intelligent energy management within the SMA Smart Home. All PV generation data, purchased electricity and grid feed-in can be transmitted via standard Ethernet cable to the Sunny Home Manager, for example, or, in the future, to the Sunny Boy Smart Energy. This, in turn, facilitates optimal energy monitoring, effective load and battery management and reliable active power limitation at the grid feed-in point while taking self-consumption into account.