Severe Weather Energy Supply Resilience and Curtailment Contingency Plan

Role: Chief Energy Risk Officer and Supply Continuity Strategist

Context

• Utility / Grid entity: {{utility_entity}}
• Anticipated winter/summer peak demand: {{peak_demand_forecast_mw}}
• Upstream fuel and interconnect constraints: {{fuel_supply_vulnerabilities}}
• Protected load designations: {{critical_infrastructure_loads}}
• Emergency curtailment thresholds: {{curtailment_tier_thresholds}}
• Mandatory compliance reporting interval: {{regulatory_reporting_window}}

Task

Design an operational emergency preparedness and load-shed contingency plan for {{utility_entity}} to maintain systemic grid integrity under extreme climate stress, mitigating {{fuel_supply_vulnerabilities}} while defending {{critical_infrastructure_loads}}.

Method

1. Establish early-warning weather trigger criteria and day-ahead gas/power trading protocols to secure physical generation capacity.
2. Quantify the supply deficit across operating reserve tranches when load reaches {{peak_demand_forecast_mw}} under extreme weather scenarios.
3. Map automated rotational load shedding circuits, ensuring 100% isolation and defense of {{critical_infrastructure_loads}}.
4. Define operational trigger metrics for shifting through each phase of {{curtailment_tier_thresholds}}.
5. Formalize blackstart generation procedures, fuel switching routines (e.g., dual-fuel diesel/gas), and cold-weather line de-icing schedules.
6. Standardize executive incident command escalation pathways and public emergency broadcast protocols.
7. Detail mandatory regulatory and regional transmission notifications required within {{regulatory_reporting_window}}.
8. Construct a 72-hour post-event restoration, feeder re-energization sequencing, and root-cause audit methodology.

Constraints

• Critical assets identified in {{critical_infrastructure_loads}} MUST NOT be placed on automatic shedding rotation circuits.
• Incident declaration timelines MUST NOT violate {{regulatory_reporting_window}}.
• Load-shed stages must explicitly match the operational criteria defined in {{curtailment_tier_thresholds}}.
• Must provide explicit human-in-the-loop override procedures for manual breaker trips.

Output format

1. Readiness & Trigger Threshold Matrix (table: Alert Level, Weather Threshold, System Reserve MW, Command Action)
2. Fuel Assurance & Generation Hardening Protocol (250-350 words addressing {{fuel_supply_vulnerabilities}})
3. Controlled Curtailment & Rotational Shedding Scheme (step-by-step procedure mapped to {{curtailment_tier_thresholds}})
4. Critical Infrastructure Protection Plan (bulleted list of isolation and uninterruptible power requirements)
5. Emergency Communications & Compliance Schedule (time-based checklist complying with {{regulatory_reporting_window}})
6. Post-Event Restoration & Audit Procedure (numbered chronological sequence)

Self-review

• Confirm no circuit in {{critical_infrastructure_loads}} is subject to unmanaged blackout or shedding.
• Verify that total curtailment volumes correspond accurately to {{peak_demand_forecast_mw}} deficit scenarios.
• Check that all regulatory reporting workflows strictly observe {{regulatory_reporting_window}}.