HIPE – Attribute Description
Back to the HIPE websiteInformation on missing values:
The data does not contain missing values such as NULL values or similar error values.
However, the measurements are not equidistant, i.e., the time between subsequent measurements varies. In most cases, the measurements have a temporal resolution of about 5 seconds. There are a few cases where the time between two subsequent measurements is several minutes. If you need measurements that have equal distances values, you can use interpolation to derive values for the fixed points in time. Larger gaps between measurements can be found by computing the time difference between adjacent timestamps for the respective machine.
| SensorDateTime | Timestamp Format:YYYY-MM-DDThh:mm:ss.sss+hh (ISO 8601) |
| Machine | Machine Name |
| PhaseCount | Number of Phases |
| Sensors | <ElectricalQuantity>_<Unit> |
| T | Operating time |
| U12 | Line Voltage U12 |
| U23 | Line Voltage U23 |
| U32 | Line Voltage U31 |
| V1 | Phase voltage V1 |
| V2 | Phase voltage V2 |
| V3 | Phase voltage V3 |
| F | Frequency |
| I1 | Current I1 |
| I2 | Current I2 |
| I3 | Current I3 |
| IN | Neutral current IN |
| P | Total active power |
| Q | Total reactive power |
| S | Total apparent power |
| L | Total power factor |
| P1 | Active power P1 |
| P2 | Active power P2 |
| P3 | Active power P3 |
| Q1 | Reactive power P1 |
| Q2 | Reactive power P2 |
| Q3 | Reactive power P3 |
| S1 | Apparent power P1 |
| S2 | Apparent power P2 |
| S3 | Apparent power P3 |
| L1 | Power factor of P1 |
| L2 | Power factor of P2 |
| L3 | Power factor of P3 |
| E_PP | Current positive active energy |
| E_QP | Current positive reactive energy |
| E_SP | Current apparent energy |
| E_PN | Current negative active energy |
| E_QN | Current negative reactive energy |
| IAVR | Average current |
| UAVR | Average line voltage |
| VAVR | Average phase voltage |
| THD_U12 | Total harmonic distortion of the line voltage: THD_U12 |
| THD_U23 | Total harmonic distortion of the line voltage: THD_U23 |
| THD_U31 | Total harmonic distortion of the line voltage: THD_U31 |
| THD_V1 | Total harmonic distortion of the phase voltage: THD_V1 |
| THD_V2 | Total harmonic distortion of the phase voltage: THD_V2 |
| THD_V3 | Total harmonic distortion of the phase voltage: THD_V3 |
| THD_I1 | Total harmonic distortion of the current: THD_I1 |
| THD_I2 | Total harmonic distortion of the current: THD_I2 |
| THD_I3 | Total harmonic distortion of the current: THD_I3 |
| THD_IN | Total harmonic distortion of the neutral current: THD_IN |
| H_MAX_I | Highest detectable harmonic (Current) |
| H_MAX_V | Highest detectable harmonic (Voltage) |
| HXX_I1 | XX: Order of Current Harmonic P1 |
| HXX_I2 | XX: Order of Current Harmonic P2 |
| HXX_I3 | XX: Order of Current Harmonic P3 |
| HXX_V1 | XX: Order of Voltage Harmonic P1 |
| HXX_V2 | XX: Order of Voltage Harmonic P2 |
| HXX_V3 | XX: Order of Voltage Harmonic P3 |
| V | Volt |
| A | Ampere |
| W | Watt |
| kW | Kilo Watt |
| kWh | Kilo Watt Hour |
| var | Volt-Ampere Reactive |
| kvar | Kilo Volt-Ampere Reactive |
| kvarh | Kilo Volt-Ampere Reactive Hour |
| VA | Volt-ampere |
| kVA | Kilo Volt-Ampere |
| kVAh | Kilo Volt-Ampere Hour |
| h | Hour |
| F | 0.1% |
| Hz | Hertz |