Cycles per Year & Degradation: Calendar and Cycle Fade
This lesson is part of the course
In this lesson
You calculate how many full cycles the Northfield battery runs per year, combine calendar and cycle fade into an annual capacity loss, project its state of health for 15 years and find when it crosses the 80 % end-of-life line.
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Lessons in this course
- kW vs kWh: Power, Energy, C-rate & Duration Locked
- Round-trip Efficiency, Auxiliary Load & the Cost of Losses Locked
- Daily Price Arbitrage: Charge Cheap, Discharge Expensive (SMALL, LARGE & Chart) Locked
- Cycles per Year & Degradation: Calendar and Cycle Fade Locked
- Revenue Stacking: Arbitrage, Capacity Payments & Frequency Response (with Chart) Locked
- Home Battery + Solar: Self-consumption Savings Month by Month Locked
- Levelised Cost of Storage (LCOS): PV of Costs ÷ PV of Discharged MWh Locked
- Battery Project NPV, Cumulative Cash Flow & Payback Year Locked