Renewables
Know what your assets will produce, before the market does.
Solar and wind generation forecasts, from day-ahead to real time, built to reduce balancing costs and improve trading decisions.

Production forecasting that reflects the plant, not the nameplate.
Your production forecast drives everything downstream: the position you nominate, the imbalance you carry, the price you accept. We build models per asset and per market, trained on the plant's own operating history alongside numerical weather prediction, then measure them against realised output rather than backtests alone.
- 01.
Solar
Irradiance-driven models that account for degradation, soiling, and inverter behaviour at the specific site.
- 02.
Wind
Turbine-level models that capture wake effects, curtailment, and the terrain each site actually sits in.
- 03.
Horizons
Day-ahead nominations through intraday updates to real time, refreshed as each new weather run lands.
What you get
Built around the decision you have to make.
- 01.
Lower imbalance cost
Better nominations mean smaller deviations, and smaller deviations mean less exposure to imbalance pricing.
- 02.
Built per market
Gate closure times, settlement rules, and penalty structures differ. Models are fitted to the market you actually trade in.
- 03.
Delivered how you work
API, dashboard, or direct integration into the trading stack you already run.
Other solutions
Explore the rest of the platform.
Day-AheadDay-Ahead Price ForecastingPrice forecasts for day-ahead markets, giving traders and asset owners a clearer view of tomorrow's market before it happens.Learn more
IntradayIntraday / SMP ForecastingReal-time intraday and system marginal price forecasts that help you react to volatility and capture value as the market shifts.Learn more
StorageBESS OptimizationTrading strategies that maximize battery storage revenue across multiple markets, while respecting technical and warranty constraints.Learn more
Let's talk about your market.
Tell us what you're forecasting, and we'll show you how our models could help.