ipnops

Solutions · Cities & districts

The municipal energy stack, actually integrated.

Cities now operate microgrids, district heating-and-cooling networks, streetlighting fleets, water utilities, and increasingly Community Choice Aggregations. Ipnops Grid provides the unified intelligence and autonomy layer across every one of these — sovereign by design, EU-residency by default, with the auditability municipal governance demands.

5GDHC districts in Europe

100+

5GDHC cost / CO₂ cuts vs HVAC

42 / 56%

U.S. CCAs · 2026

10 states

CCA price savings vs IOU rates

15-20%

Use cases

What the platform actually does, here.

Community microgrid orchestration

Solar, batteries, generators, and demand-response loads coordinated under reinforcement-learning controllers that adapt to weather and load patterns. AI controllers in 2026 are running microgrids reliably with single-sensor architectures — cutting hardware cost in half. Critical-load lists (hospitals, shelters, comms towers) get explicit ride-through guarantees during outages.

5GDHC district heating + cooling

Bidirectional 15-25°C ambient-temperature networks where one building's cooling waste-heat warms another's domestic hot water. The platform runs an MPC controller across the substation network — ANN-based MPC has demonstrated 14% peak-electricity shift through thermal storage coupling. Reference 5GDHC deployments cut total annualised costs 42% and CO₂ 56% versus per-building HVAC.

Smart streetlighting as sensor mesh

Ubicquia-class streetlight nodes become a sensing platform: power-quality monitoring, vegetation observation, public-safety analytics. The platform fuses streetlight telemetry with feeder data so events on the network show up correlated with what's happening on the ground. Lights schedule against dawn/dusk + occupancy, not on fixed timers.

Water utility operations

Acoustic + flow + pressure ingestion for leak detection (the SIWA LeakPlus class of integration). Pump-station load-shifting against electricity tariffs. Treatment-plant chemistry MPC. Digital-twin modeling of distribution networks with documented leakage-detection improvements when DTs replace static SCADA. AWWA recognised digital twins as a 2026 trend; the platform delivers it without a year of consulting.

Community Choice Aggregation

CCAs aggregate municipal buying power and re-sell electricity at 15-20% discounts vs IOU residential rates. Ipnops Grid is the operating layer: forecasting CCA member load, hedging procurement, integrating member rooftop solar and home batteries, running CCA-branded VPP programs. New CCAs launching in 2026 get a working stack on day one.

Sovereign by design

EU GAIA-X / IDS-A architecture for energy data spaces (Omega-X, ENERSHARE). Air-gapped operation supported (Crusoe Edge Zones / Microsoft Azure Local class). Customer data leaves the trust boundary only with explicit, logged consent. Designed for cities and member states that are not willing to host their grid on someone else's cloud.

How a deployment runs

From integration to municipal autonomy.

  1. 01

    Phase 1: Integrate the existing SCADA/DERMS, water utility, and streetlighting silos into one Asset graph. Read-only by default. Two months typical.

  2. 02

    Phase 2: Microgrid + 5GDHC scheduling go live under MPC. Streetlights move to dynamic schedule. Water-utility leak-detection alerts active.

  3. 03

    Phase 3: CCA load forecasting and procurement automation; municipal VPP enrollment for residential members; full event-driven public dashboard.

  4. 04

    Phase 4: Autonomous dispatch under municipal policy envelope. Sovereign deployment options (on-premise, EU-region only, air-gapped) sized to the city's risk model.

Models active in this configuration

  • TimesFM 2.5
  • GraphCast
  • MPC building energy
  • 5GDHC coupled solver
  • Qwen3-VL
  • Gemini 3.1 Flash Lite