At an existing grid connection in Portugal — and runnable for sites anywhere in the world — Enlitia simulated wind, solar and battery mixes against multi-year hourly production and market prices. Dozens of configurations ranked by capture price, NPV and payback in seconds, not weeks — so teams see which hybrid add-ons improve the site before committing CAPEX.
Illustrative run in Portugal (baseline: 15 MW wind + 5 MWp solar at a 30 MW POC). The same approach can be simulated for assets anywhere in the world. Battery on capture-price dispatch (C2).
Hybridising wind, solar and storage at a shared connection means hundreds of sizing choices. Operators need ranked options by €/MWh, NPV and payback before investing. To keep the ranking realistic, we also had to build a power forecast simulation for the last 5 years for each technology — so we could estimate forecast uncertainty, measure imbalance costs, and stress-test each configuration under conditions closer to day-to-day operations, not only perfect foresight.
Enlitia can simulate on the full set of market and meteorological inputs required — typically the last 5 years, extendable to 10 years — so the ranking reflects real price and weather regimes for that site.
Proof that Enlitia can run hybrid / battery sizing simulations as a tailored engagement — on your parks, with your tariffs, and with the battery the project actually needs.
Illustrative results from a Portugal simulation. Real outcomes vary by site, tariffs and technology choices. The same method applies worldwide.
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