Infinigrid logoInfinigrid Pro Maps Realtime - fig 1

Pro Maps Realtime

Seeing through the grid complexity
Removing the blindfold, for a faster and safer energy transition, & billions in savings
Robert Nyiredy [robert@infinigrid.ai]

Our power grid – Perfect harmony – Immensely complex

Infinigrid Pro Maps Realtime - fig 2This is the foundation of our societyInfinigrid Pro Maps Realtime - fig 3This foundation is now being threatened Infinigrid Pro Maps Realtime - fig 4Need to utilize the power grid closer to its limitsInfinigrid Pro Maps Realtime - fig 5Freeing the needed capacity in a safe way

Manual grid operation is being challenged

OPPORTUNITY

Infinigrid Pro Maps Realtime - fig 6 Need to use some of the spare grid capacity
Infinigrid Pro Maps Realtime - fig 7 By tapping into the existing security constraint in a safe way
Infinigrid Pro Maps Realtime - fig 8 Give grid operators more road to handle the increasing traffic

This can only be achieved by analyzing the security of supply in near real-time, understanding the risk and mitigate when needed
Proprietary mathemathical breakthrough, building on team’s 20+ years of power grid risk experience
Introducing the solution: Promaps Realtime – probabilistic risk analysis in near RealtimeInfinigrid Pro Maps Realtime - fig 9

Promaps Realtime “the solution”

Increase flexibility by knowing what to do and whenInfinigrid Pro Maps Realtime - fig 10Quantified security of power supply

The solution
Deterministic & Probabilistic Reliability Criteria
By use of probabilistic quantification of the security of supply – a lot of new tools for gaining flexibility are availableInfinigrid Pro Maps Realtime - fig 11

Power system complexity

Infinigrid Pro Maps Realtime - fig 12

Promaps Realtime Dashboard installed in the control room

Infinigrid Pro Maps Realtime - fig 13

Promaps realtime- The software

Infinigrid Pro Maps Realtime - fig 14

Analysis & calculation result

1. Reliability results:

  • Probability of failure per component
  • Probability of failure per network segment
  • Probability of system failure

2. Power system risk

  • Expected energy not delivered EENS
  • Contingency list (risk adjusted)
  • Black out list
  • Cascade list
  • Risk indicator in near real time
  • Dynamic risk colour indication
  • Risk graph

Infinigrid Pro Maps Realtime - fig 15

Use case 01 for increase capacity: TSO/DSO – Large prosumer of power

Infinigrid Pro Maps Realtime - fig 16Use case 02 for increase internal capacity: Industry park

 

Infinigrid Pro Maps Realtime - fig 17Use case 03 for increase capacity: Investment analysisInfinigrid Pro Maps Realtime - fig 18Use cases 04 probabilistic analysis in the value chainInfinigrid Pro Maps Realtime - fig 19Infinigrid logo

Documents / Resources

Infinigrid Pro Maps Realtime [pdf] User Guide
Pro Maps Realtime, Maps Realtime, Realtime

References

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