Energy Asset Lifecycle Management

Rozpoczęcie przepływu pracy/procesu.

Create a new entry in the Asset Data Model to initiate the lifecycle (e.g., Wind Turbine, Solar Array, or Transformer).

Update the operational status of an asset (e.g., Moving from 'Planned' to 'Under Construction' or 'Active').

Generate a task for a field engineer to perform a physical inspection of the asset.

Fetch technical specifications and metadata from the Asset Data Model for use in downstream calculations.

Execute a formula using 'Installation Date' and 'Degradation Rate' to estimate the asset's expiration date.

Aggregate the 'Power Output' property from all assets in the 'Active' status to determine total grid contribution.

Create a recurring maintenance task based on the calculated service interval.

Retrieve the most recent temperature or vibration readings from the IoT sensor data model.

Apply a formula to sensor data and historical downtime to determine a numerical health index for the asset.

Send an email alert to the engineering team when a health score falls below a critical threshold.

Create a high-priority task for the repair team when an anomaly is detected.

Update the Asset Data Model to record the date, cost, and components replaced during a repair.

Calculate the total sum of all 'Repair Cost' entries for a specific asset over the last 12 months.

Generate a comprehensive PDF report summarizing the performance and status of all assets in a specific region.

Send an SMS to the Operations Manager if an asset enters a 'Critical Failure' state.

Retrieve the latest environmental regulation parameters to validate current asset emissions.

Remove the asset from the 'Active Fleet' view (or move to archive) once the decommissioning task is complete.

Koniec przepływu pracy/procesu.