Energy
Schedule compute with the grid.
How electricity price, renewable availability and grid conditions could influence where flexible compute runs.
System view
- Energy condition
- Price + carbon
- Scheduling response
- Re-score regions
- Placement effect
- Shift eligible work
Conditions change. Placement can respond.
Scrub the UTC clock to see example electricity cost, renewable share and carbon intensity change the ordering of eligible regions.
Illustrative energy model. The generation flows, prices and regional readings are demonstration inputs, not public grid data or FabriX telemetry.
- 1Stockholm80% renewable$24/MWh9 g/kWh
- 2Reykjavík69% renewable$25/MWh6 g/kWh
- 3Santiago72% renewable$29/MWh37 g/kWh
- 4Toronto56% renewable$30/MWh27 g/kWh
- 5São Paulo58% renewable$34/MWh61 g/kWh
- 6Oregon97% renewable$35/MWh19 g/kWh
Move flexible work with intent.
When workload policy permits a different hour or region, energy can become a direct optimisation input instead of an external report.
Electricity cost
Power prices vary by region and hour. Flexible compute can treat that variation as a scheduling input.
Renewable availability
Wind, solar, hydro and other generation profiles create different windows for lower-carbon placement.
Grid conditions
A placement policy could respond to carbon intensity, generation mix and local grid constraints.
Demand shifting
Batch, training and other flexible workloads can move to a different hour or region when policy allows.
Make energy part of placement.
Speak with FabriX about the flexibility window, regions and energy policy your workloads can support.