Worked example
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Event energy reduction
kWh
- Average event reduction
- kW
- Average reduction against commitment
- %
- Post-event actual minus baseline (signed)
- 20 kWh
- Reduction after rebound
- 86.25 kWh
- Intervals below the commitment
- 1 intervals
Positive import and negative export are assumed. A positive post-event deviation reduces the net event effect; a negative value means further reduction. Programme baseline, exclusions and settlement rules remain authoritative.
Underlined figures are rounded. Select one to copy its full value.
Method and assumptions
Formula
event energy reduction = Σ(baseline − actual) × interval hours; rebound = Σ(post-event actual − baseline) × interval hoursThe baseline method and programme rules determine whether these arithmetic differences are commercially valid.
Limits of this result
- This worksheet does not establish or approve a settlement baseline; use the programme’s documented methodology.
- Weather, production, occupancy, schedules and event notification can require baseline adjustment or exclusion.
- Availability, telemetry quality, command acknowledgement, rebound limits and non-delivery rules remain programme-specific.
- Every series must contain complete, equally spaced interval-average kW values with shared timestamp boundaries and positive import / negative export.
Technical sources
Put the value to work
Read the related engineering guidance, or carry this task into System Builder to identify the signal path and EpiSensor products.