Commercial energy scenario
Put your facility assumptions to work.
Model a battery, EV fleet, or controllable building system with the costs and peak reduction assumptions you know best.
01 · Scenario inputs
Model the facility you operate.
Choose the asset context, then edit every assumption. The context frames the scenario; the calculation uses only the numbers below.
Total U.S. facility electricity cost you want to model, in USD per year.
The facility’s highest monthly demand, measured in kW.
The tariff demand charge used for this scenario, in USD per kW-month.
The reduction you want to test across the flexible-cost and demand-charge components.
All values are editable U.S. facility assumptions. Defaults are illustrative starting points, not GridFlex forecasts.
02 · Illustrative output
Battery storage scenario
- Illustrative energy-cost component
- $9,000
- Illustrative peak-demand component
- $21,600
- Illustrative annual value
- $30,600
- Scenario peak reduction
- 100 kW
Annual spend × controllable cost share × peak-reduction assumption.
Peak demand × demand charge × 12 months × peak-reduction assumption.
The two scenario components added together; not a guaranteed savings figure.
Monthly peak demand × peak-reduction assumption.
Calculation components
annual value = (annual spend × controllable share × peak reduction) + (peak kW × demand charge × 12 × peak reduction)Illustrative estimate only. This scenario is not a savings or grid-service revenue commitment. Actual outcomes depend on your site, tariff, asset performance, operating schedule, program eligibility, and market conditions.