OVERVIEW
Battery aging, replacement timing, operating strategy, performance decay, and lifecycle economics for new and second-life storage systems.
Lifecycle decisions
- When should the asset be replaced or augmented?
- How does degradation change cost, revenue, reliability, and usable capacity?
- Does new or second-life storage provide better lifecycle value?
Simulation outputs
- SOH and degradation trajectory
- Replacement schedule and lifecycle cost inputs
- Sensitivity results for cycling, temperature, and operating strategy
- Lifecycle recommendation for design or investment planning
Lifecycle inputs
- Battery chemistry, SOH, DoD, C-rate, and temperature assumptions
- Dispatch profile and annual cycling expectations
- Replacement cost, salvage, warranty, and O&M assumptions
- Project lifetime and performance threshold