Fronius Smart Meter TS 5KA Three Phase is a calibrated device to measure and control the amount of energy passing through the house.
It requires toroidal sensors to carry out an indirect measurement of the current passing through each of the 3 phases.

Smart Meter TS 65A-3; for recording energy consumption, three-phase, direct metering

Three-phase Sigen Power Sensor CT600-DH
Sigen Power Sensor integrates seamlessly with Sigenergy devices, with no configuration required.
This power sensor is part of SigenStor's 5-in-1 energy storage system.
Sigenergy's ESS seamlessly integrates the PV inverter, battery power conversion system (PCS), EV DC charger for electric vehicles, battery pack and energy management system (EMS).

A power meter transmits the measured amount of power to the SolarLog for analysis. It serves as a consumption meter, showing a comparison of produced and consumed power. It can be configured to operate with the SolarLog in three different modes:
- Measuring energy consumption for optimal utilization of the power generated.
- Measuring the total amount of energy that has been fed into the grid.
- Measuring the energy production of inverters that are not directly managed by SolarLog.

medida Indirecta.

Three-phase bidirectional meter.
Nominal voltage 230 V/400 V
Frequency 50 Hz/±5 %.
Nominal/limit current per phase conductor 5 A/63 A (>63 A combined with external current transformers)
Starting current <25 mA
Connection cross-section From 10 mm² to 16 mm² 1) (for 63 A protection)

Control center and energy manager via Ethernet, including Energy Meter.

UMG 104, with a 500 MHz DSP (digital signal processor), is a fully fast and powerful network analyzer. The continuous analysis of the 8 channels with 20 kHz per channel allows the recording of the electrical parameters (more than 800 values), minimum and maximum values, the essential voltage quality values as harmonics (up to 40, each phase with the recognition of the address). On the basis of data that production failures can be avoided, concepts can be developed for example to reduce energy costs, the measures taken and with the UMG 104 the achieved improvements can be monitored and documented. Through modern communication architectures the recorded data is sent to a central location, centrally stored in efficient databases and available for further processing in an open architecture. The easy connection of an available building control system or SPS environment extends the areas of use of the UMG 104.