Amperon announced the launch of its weather-informed Grid Demand Mid-Term Forecast (MTF) for European energy markets.
Amperon, a leading provider of AI-powered energy forecasting and analytics solutions, today announced the launch of its weather-informed Grid Demand Mid-Term Forecast (MTF) for European energy markets, giving market participants an unprecedented view of electricity demand up to seven months in advance and transforming seasonal market planning. Featuring ECMWF ensemble-based demand forecasts and probabilistic percentiles, Amperon's Grid Demand MTF enables traders, utilities, and operators to better manage risk, hedge positions, and prepare for the seasonal and extreme weather events shaping Europe's power markets.
At the core of Amperon's Grid Demand MTF is a deep integration with seasonal and sub-seasonal weather projections from the European Centre for Medium-Range Weather Forecasts (ECMWF), incorporating all 51 ensemble weather scenarios. Amperon's proprietary machine learning models then translate these scenarios into highly accurate demand forecasts that reflect real-world grid conditions. By further incorporating seasonal demand signals and layering in probabilistic forecasting, Amperon provides a clearer view of uncertainty—rather than a single-point estimate—resulting in more dynamic, adaptive forecasts.
"Markets have historically relied on static, backward-looking averages to forecast demand, which is an approach that falls short in today's increasingly volatile climate," said Sean Kelly, CEO of Amperon. "By integrating real-time weather intelligence and machine learning into our seasonal models, Amperon delivers a forward-looking, probabilistic view of demand that enables European market participants to hedge more effectively, plan with greater confidence, and reduce costly surprises."
Available through both Amperon's API and user interface, the Grid Demand MTF delivers ECMWF 51-member ensemble-based forecasts and probabilistic forecasts from P5 through P95. Forecasts offer hourly granularity, updating daily for the first 46 days and monthly for the balance of seven months, across major European power markets including Austria, Belgium, Czech Republic, Denmark, France, Germany and Luxembourg, Great Britain, Ireland, Italy, Netherlands, Portugal, Poland, Spain and Switzerland.
