The Battery Revenue Optimiser is a long-horizon modelling engine that calculates the full stack of battery revenues — energy arbitrage, frequency response and ancillary services, capacity market payments, and balancing/wholesale trading — across a 25-year asset life. It is fully flexible to different markets, adapting to country-specific price curves, regulatory regimes, service products and revenue rules, and to different battery designs, so changes in power rating, energy capacity, duration, round-trip efficiency and degradation all flow through to the projected returns. Crucially, it puts the user in control of the forward view: you can input your own assumptions on future price volatility, cannibalisation, market saturation and service availability, letting you stress-test optimistic and conservative scenarios rather than relying on a single fixed forecast. The result is a transparent, scenario-driven picture of lifetime revenue that supports investment decisions, sizing and design trade-offs, and bankability cases across any jurisdiction.
The Battery Revenue Optimiser is a long-horizon modelling engine that calculates the full stack of battery revenues — energy arbitrage, frequency response and ancillary services, capacity market payments, and balancing/wholesale trading — across a 25-year asset life. It is fully flexible to different markets, adapting to country-specific price curves, regulatory regimes, service products and revenue rules, and to different battery designs, so changes in power rating, energy capacity, duration, round-trip efficiency and degradation all flow through to the projected returns. Crucially, it puts the user in control of the forward view: you can input your own assumptions on future price volatility, cannibalisation, market saturation and service availability, letting you stress-test optimistic and conservative scenarios rather than relying on a single fixed forecast. The result is a transparent, scenario-driven picture of lifetime revenue that supports investment decisions, sizing and design trade-offs, and bankability cases across any jurisdiction.
