Five domains, one system. Every inverter, every cell, every register — container to single cell, visible in real time.
Stromfee operates five transparent AI twins for industrial energy transition: Cooling networks · Heat networks · BESS · PV · CHP. Three are live and in production today, two are in development. Every twin is register-true: no estimates, no crystal ball — only real values from Modbus, OPC-UA, MSCONS and ENTSO-E.
Transparent twin for battery storage — from a single cell to a 100-MW container park. Reads Modbus/SunSpec registers live, optimizes across Day-Ahead, Intraday, FCR and aFRR, documents every decimal against ENTSO-E. Manufacturer-agnostic cell monitoring, digital twin container → cell.
Transparent twin for combined heat and power plants — from 50 kW micro-CHP to 5 MW industrial units. Stromfee CHP AI tracks efficiency, heat extraction, CHP bonus and self-consumption ratio in real time. Site-specific optimization, no textbook ideal.
Transparent twin for photovoltaic systems 1 kWp and up. §51 negative blocks today, € damage on curtailment, storage revenue estimate — all values from MaStR, MSCONS, live inverter data. Self-service from free.
Transparent twin for HVAC and cooling distribution in heavy consumers — datacenters, hospitals, hotels, shopping malls, train stations, airports. Tracking of COP, supply/return temperature, mass flow per branch, chiller load. Tight coupling with BESS twin: thermal storage as load shifter.
Transparent twin for heat distribution and process heat — hospitals, industrial parks, chemical sites, universities, hotels. Coupling with CHP twin and Power-to-Heat. Thermal storage as sector coupling to power prices.
📚 Training Corpus 2025
1,461 documented Stromfee analyses from 2025 — the data foundation of today's live twins.
🌡️ Cooling (596) ·
🔥 Heat (658) ·
🔋 BESS (251) ·
☀️ PV (173) ·
⚡ CHP (338)
Live twin = current register data · Corpus = documented 2025 trace
All five twins on one platform. Real values, no estimates.
Use our Academy as a starting point.