Energy intelligence platform · v0.1
Energy intelligence,
in motion.
An AI-native platform for understanding, predicting, and acting on energy and physical systems — at the edge, sovereign by design, from a single residence to an entire grid.
Built for residences and the people who live in them.
modalities fused
12
foundation models orchestrated
13
sovereign inference
edge-first
agentic dispatch
real-time
01 · The shift
Energy is no longer one-way.
Solar on roofs, batteries in basements, EVs in driveways, heat pumps in plant rooms, smart panels in distribution boards. The edge of the grid is now generative, dispatchable, and negotiable in real time. Traditional SCADA, static demand models, and disconnected control systems can’t keep up.
Ipnops Grid replaces fragmented monitoring with a single, continuously-evolving intelligence and autonomy layer — across residence, building, campus, district, and ISO.
02 · Connect your grid
Not “point solutions.”
Connect your full stack.
Ipnops Grid ingests every modality the energy stack emits — telemetry, vision, audio, weather, market signals, building systems, edge devices — and fuses them into a single continuously-evolving understanding.
Telemetry & metering
PMU & SCADA
Synchrophasors · IEC 61850 · DNP3
AMI & smart meters
Interval data · OpenADR 3.0
BESS, inverters, PV
IEEE 2030.5 · SunSpec Modbus · CSIP
Smart panels
SPAN eBus · Schneider · Lumin
Vision & acoustics
Drone & pole cameras
Substation rounds · vegetation · thermal
Acoustic sensors
Partial discharge · transformer health
Thermal & infrared
Hotspots · cell-level BESS state
Edge LoRa & 5G slices
Pole-mount IoT · sub-second uplinks
Buildings & end-use
BACnet & Modbus BMS
BEMS · HVAC · chillers · DHW
Matter & Thread
Residential heat pumps · EV chargers · thermostats
Weather + tariff feeds
GraphCast · ISO LMP · capacity bids
Standards & manuals
NERC CIP · IEEE 2800 · IEC 61968 · ISO 50001
03 · The understanding layer
Every signal, fused.
A multimodal fusion engine aligns spatial, temporal, visual, and acoustic signals; generates operational embeddings; and builds long-term memory of every site under management. From this understanding, anomalies surface, correlations emerge, forecasts become possible — and autonomous action becomes safe.
04 · Predict
Ask the grid.
Interact with energy systems through natural language. The platform responds with real telemetry, real forecasts, and the lineage of every model that contributed — no SCADA expertise required.
You
live demo · queries cycle automatically · open the platform for the full experience
05 · Simulate & act
Test the future, before you wire it.
Physics-aware simulation lets operators model interventions — VPP dispatch, BESS sizing, microgrid islanding, demand response, EV smart-charging, heat-pump load-shift — and evaluate their consequences before commissioning. The same simulator drives autonomous dispatch in production.
Scenarios
Feeder F-13 · Summer peak — baseline
● GridSim
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06 · For whom
Built for the people who run the grid.
Five tracks across the energy and physical-automation stack. Heavy industrial — factories, plants, machinery operations — is the domain of our sister platform Ipnops Industry.
Residential
Single-family, multi-unit, and community housing. Smart panels, heat pumps, EV chargers, rooftop solar — coordinated as one system. Comfort without consumption guilt.
Explore for residential →
Commercial real estate
Offices, retail, hospitality, warehouses. BEMS-grade load shifting, decarbonization roadmaps tied to disclosure obligations, tenant-aware HVAC and lighting at the circuit level.
Explore for CRE →
Utility & grid edge
DERMS, ADMS-adjacent intelligence, FLISR augmentation, VPP orchestration into FERC 2222 markets. PMU + AMI + acoustic + vision fused into one operations picture.
Explore for utilities →
Cities & districts
Microgrids, 5GDHC district heating, streetlighting, water utilities, community choice aggregation, municipal fleets. Sovereign, transparent, defensible.
Explore for cities →
Critical infrastructure
Data centers, hospitals, ports, telecom, water treatment, public safety. Load forecasting, cooling and power orchestration, grid-interactive operation, sub-second resilience under failure.
Explore for critical infra →
Closing
From passive metering,
to continuous, autonomous, sovereign grid intelligence.
As loads electrify, generation distributes, and weather destabilizes the grid we built for a slower century, the world needs systems capable of understanding energy in real time, predicting the next hour and the next year, simulating intervention outcomes, and acting autonomously — at the edge, under privacy and data-residency constraints, with the lineage of every decision auditable end-to-end.
Ipnops Grid is that system.