consumption_analysis

consumption_analysis ¤

EnergyConsumptionEvents ¤

EnergyConsumptionEvents(
    dataframe: DataFrame,
    *,
    event_uuid: str = "energy:consumption",
    time_column: str = "systime"
)

Bases: Base

Energy: Consumption Analysis

Analyze energy consumption patterns from meter/sensor signals.

Methods: - consumption_by_window: Aggregate energy per time window from a meter UUID. - peak_demand_detection: Flag windows where consumption exceeds a threshold. - consumption_baseline_deviation: Compare actual vs rolling baseline. - energy_per_unit: Energy per production unit when paired with a counter.

consumption_by_window ¤

consumption_by_window(
    meter_uuid: str,
    *,
    value_column: str = "value_double",
    window: str = "1h",
    agg: str = "sum"
) -> pd.DataFrame

Aggregate energy consumption per time window.

Parameters:

Name	Type	Description	Default
`meter_uuid`	`str`	UUID of the energy meter signal.	required
`value_column`	`str`	Column containing energy readings.	`'value_double'`
`window`	`str`	Resample window (e.g. '1h', '15min', '1D').	`'1h'`
`agg`	`str`	Aggregation method ('sum', 'mean', 'max').	`'sum'`

Returns:

Name	Type	Description
`DataFrame`	`DataFrame`	window_start, uuid, source_uuid, is_delta, consumption

peak_demand_detection ¤

peak_demand_detection(
    meter_uuid: str,
    *,
    value_column: str = "value_double",
    window: str = "15min",
    threshold: Optional[float] = None,
    percentile: float = 0.95
) -> pd.DataFrame

Detect peak demand periods exceeding a threshold.

If threshold is None, uses the given percentile of windowed consumption.

Parameters:

Name	Type	Description	Default
`meter_uuid`	`str`	UUID of the energy meter signal.	required
`value_column`	`str`	Column containing energy readings.	`'value_double'`
`window`	`str`	Resample window for demand calculation.	`'15min'`
`threshold`	`Optional[float]`	Absolute demand threshold. If None, auto-calculated.	`None`
`percentile`	`float`	Percentile to use for auto-threshold (default 95th).	`0.95`

Returns:

Name	Type	Description
`DataFrame`	`DataFrame`	window_start, uuid, source_uuid, is_delta, demand, threshold, is_peak

consumption_baseline_deviation ¤

consumption_baseline_deviation(
    meter_uuid: str,
    *,
    value_column: str = "value_double",
    window: str = "1h",
    baseline_periods: int = 24,
    deviation_threshold: float = 0.2
) -> pd.DataFrame

Compare actual consumption vs rolling baseline.

Parameters:

Name	Type	Description	Default
`meter_uuid`	`str`	UUID of the energy meter signal.	required
`value_column`	`str`	Column containing energy readings.	`'value_double'`
`window`	`str`	Resample window for consumption.	`'1h'`
`baseline_periods`	`int`	Number of windows for rolling baseline.	`24`
`deviation_threshold`	`float`	Fractional deviation to flag (0.2 = 20%).	`0.2`

Returns:

Name	Type	Description
`DataFrame`	`DataFrame`	window_start, uuid, source_uuid, is_delta, consumption, baseline, deviation_pct, is_anomaly

energy_per_unit ¤

energy_per_unit(
    meter_uuid: str,
    counter_uuid: str,
    *,
    energy_column: str = "value_double",
    counter_column: str = "value_integer",
    window: str = "1h"
) -> pd.DataFrame

Calculate energy consumption per production unit.

Parameters:

Name	Type	Description	Default
`meter_uuid`	`str`	UUID of the energy meter signal.	required
`counter_uuid`	`str`	UUID of the production counter signal.	required
`energy_column`	`str`	Column with energy readings.	`'value_double'`
`counter_column`	`str`	Column with counter readings.	`'value_integer'`
`window`	`str`	Time window for aggregation.	`'1h'`

Returns:

Name	Type	Description
`DataFrame`	`DataFrame`	window_start, uuid, source_uuid, is_delta, energy, units_produced, energy_per_unit