Data can be extracted from the database for different energy parameters. The list of parameters that can be extracted from the database can be seen in the table below.
| Data Instance | Description |
|---|---|
| PowerSum | This is the sum of the active power of active meter elements |
| Power1 | Active power of meter element - 1, one for each CT |
| Power2 | Active power of meter element - 2, one for each CT |
| Power3 | Active power of meter element - 3, one for each CT |
| PowerReacSum | This is the sum of the reactive power of active meter elements |
| PowerReac1 | Reactive power of meter element - 1, one for each CT |
| PowerReac2 | Reactive power of meter element - 2, one for each CT |
| PowerReac3 | Reactive power of meter element - 3, one for each CT |
| PowerAppSum | This is the sum of apparent power of active meter elements |
| PowerApp1 | Apparent power of meter element - 1, one for each CT |
| PowerApp2 | Apparent power of meter element - 2, one for each CT |
| PowerApp3 | Apparent power of meter element - 3, one for each CT |
| EnergySum | The net active energy is the sum of all active meter elements. EnergySum = Energy1 + Energy2 + Energy3 |
| Energy1 | Net active energy of the meter element 1. Applicable for net metering applications |
| Energy2 | Net active energy of the meter element 2. Applicable for net metering applications |
| Energy3 | Net active energy of the meter element 3. Applicable for net metering applications |
| EnergyReacSum | Bidirectional (net) reactive energy is the sum of all active meter elements. Inductive loads, like motors, generate positive reactive power and energy, while capacitive loads generate negative reactive energy |
| EnergyReac1 | Net reactive active energy of the meter element 1. |
| EnergyReac2 | Net reactive active energy of the meter element 2. |
| EnergyReac3 | Net reactive active energy of the meter element 3. |
| EnergyAppSum | Apparent energy (kVA-hours) is the accumulation of apparent power over time. The apparent power is the RMS voltage multiplied by the RMS current for each meter element. |
| EnergyApp1 | Net apparent active energy of the meter element 1. |
| EnergyApp2 | Net apparent active energy of the meter element 2. |
| EnergyApp3 | Net apparent active energy of the meter element 3. |
| VoltAvgLN | This is the average line-to-neutral. Only active voltage channels are included |
| VoltAvgLL | This is the average line-to-line. Only active voltage channels are included |
| Current1 | The current measurement in amps for the Phase-1 input |
| Current2 | The current measurement in amps for the Phase-2 input |
| Current3 | The current measurement in amps for the Phase-3 input |
| Freq | The AC line frequency in Hertz. It assumes all voltage channels have the same line frequency |
| PowerFactorAvg | The power factor is the ratio of the active power to the apparent power |