



Invest in the right sites and eliminate speculative spend early
Avoid surprise upgrades and late-stage constraint exposure
Advance projects more likely to have durable revenue and economic viability
Analyze the grid using high-fidelity, study-grade transmission models aligned with formal engineering analysis
See real injection limits and constraint drivers at the bus and line level before entering the queue.
Anticipate system evolution with forward visibility into planned upgrades and changing grid configurations

Visualize the Grid
Quantify line and transformer overload exposure under both normal and contingency conditions to understand true grid headroom
Evaluate congestion impact using shift factor (DFAX) analysis to see how your power flows across constrained lines—and how your project ranks against competing resources for curtailment priority
What is a Shift Factor and Why is it Important?
Learn MoreSurface shared bottlenecks through contributor and in-queue analysis to anticipate upgrade timing, constraint crowding, and competitive exposure

Assess with Power Flow Modeling
Forecast hour-by-hour revenue using production cost simulations, instead of relying solely on historical LMP trends
Gauge financial exposure through curtailment and pricing analysis, linking congestion and reliability events directly to projected cash flow
Evaluate queue competition and congestion exposure to understand which projects are ahead of yours, and how competing resources may impact deliverability, curtailment risk, and overall project performance
Determine revenue durability and storage strategy within a unified financial framework that connects nodal pricing, battery modeling, tax credits, and hub differentials

Validate Project Economics with Area-Wide Curtailment Projections
Transform complex nodal simulations with investor-ready reporting that validates project viability
Move directly from platform insights to a consultant-led, study-ready engagement using pre-validated data and assumptions

Take Action with Confidence