what’s next?

Test the transition from fossil to renewable generation against multiple demand, policy, and technology scenarios. See where reliability gaps emerge, where stranded asset risk concentrates, where the transition path holds up versus where it breaks.

When choosing between transmission, distribution, storage, and demand-side investments, test each against realistic future load patterns and renewable integration scenarios. Identify the investments that pay back across multiple futures, not just the consensus one.

Before changing rate structures, simulate the impact on residential, commercial, and industrial customers across the service territory. See which segments benefit, which are harmed, where energy poverty risk increases. Adjust before regulatory filing.

Test program designs against actual customer behavior patterns. See participation rates, peak shaving impact, and revenue implications. Identify the structures that deliver real flexibility versus those that merely shift load on paper.

Project asset exposure to climate physical risk. Extreme weather, sea level rise, temperature shifts. Test adaptation investment strategies. Prioritize resilience spending where the consequences of failure are largest.

Plan generation and transmission capacity across thirty-year horizons. Integrate uncertainty about technology cost curves, policy trajectories, and demand evolution. Make commitments that hold up across plausible futures.