What We Deliver
Scenario-Based Outage Sequencing Studies
- Development and evaluation of outage scenarios using PSS/E and PowerGEM TARA
- Optimization of construction and energization sequences across multi-phase projects
- Evaluation of N-0, N-1, and N-1-1 conditions during planned outages.
- Prioritization of sequences that reduce reliability risk and operational constraints
ISO/RTO & Operator Coordination
- End-to-end coordination with ISO/RTOs, Transmission Operators, and Control Rooms
- Preparation and support of outage requests, study assumptions, and operational justifications
- Iterative refinement of outage plans based on operator feedback and system conditions
- Alignment with regional outage windows, seasonal constraints, and reliability standards
Congestion & Market Impact Mitigation
- Identification of outage-driven congestion risks and binding constraints
- Evaluation of impacts on interface limits, and transfer capability
- Sequencing strategies designed to reduce congestion severity and duration
- Coordination with system planners and market teams to mitigate adverse price impacts
FTR & Financial Risk Management Support
- Coordination with ISO/RTOs to assess impacts on Financial Transmission Rights (FTRs) and congestion revenue
- Identification of outage configurations that preserve FTR value and hedge effectiveness
- Support for outage timing and sequencing decisions informed by market exposure
- Coordination with internal market, trading, and risk teams to manage financial outcomes
Integrated Construction & Execution Support
- Development of detailed, breaker-level outage plans and one-line diagrams
- Mapping of operational dependencies, switching requirements, and restoration paths
- Alignment of outage plans with procurement timelines, construction schedules, and commissioning milestones
- Real-time issue resolution support during outage execution
Why Us
We integrate reliability engineering and congestion economics to develop outage plans that are ISO-fluent, construction-aware, and grounded in real-world execution—not just modeling assumptions. By explicitly managing trade-offs among schedule, system security, and financial exposure, we reduce approval risk, protect FTR value, minimize congestion impacts, and enable faster, more predictable delivery of complex grid upgrades.