Comprehensive solutions for transmission and distribution system operators, powered by reinforcement learning and digital twin technology. Every module runs on the same digital twin — the twin you build for one module carries over to the next.
Flexible network access is now Austrian law (§ 103 ElWG): under the temporary route, full access is due 12 to 24 months after contract conclusion, depending on network level. Dynamic operating envelopes make flexible access workable — static or dynamic connection limits that follow the actual state of the grid instead of the worst case. FLEX computes them per connection point and keeps the published hosting-capacity picture current.
From 2027 the ElWG caps PV feed-in at 70% of module peak — without compensation. The operator's job flips from granting access to minimising what actually gets clipped. FLEX schedules batteries, power-to-heat and other controllable assets against forecast grid states, and automatically generates and stress-tests the remedial action lists your control room reaches for when reality deviates from plan.
You cannot optimise a grid you cannot see. Most distribution grids are observable only in patches — smart meter data arrives late, sensors are sparse, and forecasts rarely reconcile with actuals. FLEX fuses the measurements you already have into a physically consistent real-time picture of the MV grid, accurate enough to plan against. Measured with Stadtwerke Kapfenberg: estimation error reduced from ~8 kW to below 5 kW.
Redispatch and curtailment cost money and goodwill; building takes a decade. Between the two sits a lever most grids barely use: their own switchgear. FLEX searches the enormous space of feasible switching states and surfaces the few that measurably lower loading on stressed lines — validated against the full physics of your grid. Measured with Stadtwerke Kapfenberg: peak line loading down from 60.2% to 42.1% — 18.1 percentage points — without a single new asset.
The twin you build for one module carries over to the next.
Most operators start from a concrete operational problem rather than a module. We wrote a page organised that way.
