Everything the platform can read, forecast, optimise and run
Six registers, every entry a real, testable artefact: 85 connectors → 111 methodologies (6 forecasting problems) → 39 solvers (21 optimisation problems) → 11 power networks.
1 · Inputs
Every forecast and decision starts here.2 · Forecasting
Methodologies address forecasting problems.Forecasting Methodologies
Classical, ML, DL, probabilistic, hybrid, physical — facet-filter by tier, family, horizon and forecasting problem.
Forecasting Problems
Demand · price · solar generation · wind generation · hydro generation · weather drivers. Each pulls in the methodologies that solve it.
3 · Optimization
Problems addressed across the horizon × uncertainty space.Optimization Problems
4-axis taxonomy — horizon × decision_type × uncertainty × math_class. Real-time (state estimation / frequency / voltage control) · short-term (ED · OPF · market clearing · storage · DSO · network-security ops) · medium-term (UC · reserves · hydrothermal · maintenance) · long-term (capacity / transmission / integrated-system / distribution planning) · cross-horizon (security · resilience · adversarial · benchmarks).
Problems Grid (5×3)
v2 grid: real-time / short-term / medium-term / long-term / cross-horizon × deterministic / stochastic / robust. Each cell maps to problem families with implementation-status tier.
4 · Physical systems
The grids the optimum runs on.Every capability is one recipe: system × problem × compute
The six registers aren't a flat list — they slot together. Read a forecast left to right; read a decision as a product of three choices.