We ship a buildable spec, an HMI dashboard, a sensor for transmission lines. Solutions for speed to power.
Auto-generated drawings, BOM, and installation sequence. Your integrator builds from this.
Runs the plant once it's built. Supervises BESS, compute, and grid. Dispatches against curtailment and price.
IEEE 738 dynamic line rating. Surfaces 10–30% of interconnect capacity that static ratings hide.
Engineering package built from your site constraints. BOM, interface plate DXFs, single-line + P&ID, cable schedule, install sequence. Your integrator builds from this.
Equipment list with vendor, model, quantity, and procurement notes. Fab tier flagged for NDAA and ITAR requirements.
DXF drawings of container interface plates — mechanical mount points and penetrations for power, signal, and cooling connections. Files are ready for fabrication.
Single line diagram, piping & instrumentation diagram, and comms architecture drawing — switches, VLANs, EMS data paths to BESS, compute, and grid equipment.
Routing, sizing, and termination details. Covers power, signal, and cooling connections between containers and customer-supplied equipment.
Step-by-step installation and commissioning sequence. Integrator follows it. ARCNODE EMS validates each step before going live.
Two 10ft ISO containers your integrator builds from the EDP. Compute holds the GPUs and cooling. Grid is optional — switchgear and transformer for utility interconnect. Plugs into your existing BESS and power infrastructure.
Up to 7 HGX B200 nodes with fully integrated direct liquid cooling, networking, power distribution, and ARCNODE EMS — in one 10ft high-cube ISO container. Built from the ARCNODE EDP by your integrator.
Optional. Switchgear, step-up transformer, protective relaying, and grid metering for utility interconnect. Required for DC-coupled BESS deployments. May be unnecessary for AC-coupled profiles as integrated substation BESS products emerge.
When your configuration generates, your integrator gets a single signed URL to a dashboard like this. Three columns — system images, engineering drawings, manifests & schedules. Every artifact versioned, every URL pre-signed and 7-day expiring. No login portal to chase.
Site controller. Supervises BESS, compute, and grid on your pad. Runs on AWS or air-gapped per NERC-CIP.
Built for non-firm interconnect — the contract type that gets AI loads online in months, not years. EMS rides curtailment events with BESS and throttles compute to stay within contract.
Supervises OTS and custom equipment via industrial protocols. External setpoint architecture — each device runs autonomously, EMS sets the targets.
ML forecasting service with automatic retraining. Pulls site historicals from TimescaleDB plus major grid market data, surfaces predictions to the operator in the EMS HMI.
RAG agent over a domain knowledge graph and site data. Analysts ask in natural language. Plotting tools render charts inline.
Live SLD, live telemetry, live dispatch. Write actions require explicit unlock — operators see what's happening, they don't accidentally change it. Full desktop + mobile support; only mobile depicted below.
Live current, protection IDs, CT/PT locations.
Arbitrage, ancillary, capacity — tracked to the dollar.
Power, thermal, GPU utilization — per node, per rack.
Charge, cycles, throughput — every cell accounted for.
Natural language over live telemetry and historian data.
Static line ratings leave 10–30% of transmission capacity unused. Grid-edge sensors measure conductor temperature and ampacity in real time per IEEE 738. Operators dispatch against actual thermal limits, not worst-case assumptions.
Per-site climatology picks the SKU. Same carrier board and firmware binary across both — the sensor, cable harness, PV panel, and battery are field-swappable kit components.
Deploy where less than 15% of the year sees wind under 1 m/s perpendicular. DLR falls back to static rating below the sensor's 1 m/s threshold — the marginal capacity below that is small enough to walk away from.
Deploy where more than 15% of the year sees wind under 1 m/s perpendicular. Utility-grade Vaisala captures DLR uplift down to 0.01 m/s — the slice where most low-wind corridors live.
ARCNODE generates your engineering package automatically.
Enter your load requirements, site constraints, and deployment context into the System Configurator. The sizing engine outputs a module configuration in seconds.
Your inbox gets everything: Delivery Portal link (EDP package — BOM, drawings, installation sequence), EMS deployment link (CloudFormation or ISO for air-gapped), and EMS Android client (iOS not supported).
Hand the EDP to your integrator. They procure the equipment and assemble the containers. Spin up the ARCNODE EMS. The EMS starts in simulation mode and goes live on commissioning — no ARCNODE involvement required after delivery.
ARCNODE is open infrastructure. The engineering templates, EMS software, and sizing engine are freely available. We believe the industry moves faster when the stack is open.
Input your constraints. Receive your EMS instance, mobile app, and engineering package.