Every inverter vendor has a monitoring app. Every meter vendor has a web portal. Every BMS has its own dashboard. OmnIoT sits above all of them: multi-vendor, multi-plant, multi-tenant, branded as yours. One operator, a portfolio of assets, one view.
Solar, storage, and metering all benefit from the same aggregation and alerting layer. Integration paths differ.
You operate solar plants, wind assets, or hybrid renewable sites. String-level monitoring catches failing panels before production loss; inverter telemetry catches soft-fail modes the inverter UI does not surface. You need a monitoring layer above the inverter, across multiple plants, across multiple equipment vendors.
You run BESS installations, commercial microgrids, or backup power systems. Battery cell voltages, pack temperatures, and charge/discharge cycles determine asset life. You need cell-level visibility, state-of-health tracking, and alerting before thermal runaway or rapid degradation.
You manage commercial metering, sub-metering, or distribution substations. Load profiling, power quality, and revenue-grade metering drive billing and compliance. You need a platform that handles Modbus-over-cellular from every meter and delivers per-customer branded portals.
Modular hardware. Any sensor with RS485, analog, or I2C. Inverter, BMS, and meter integration via Modbus TCP/RTU and CAN as first-class paths.
Modbus RTU and TCP integration with common inverter vendors (SMA, Fronius, Huawei, Sungrow, Solis, Enphase). Per-string current, DC/AC conversion efficiency, fault codes.
Per-string current sensors for large solar arrays. Detect soiling, shading, and panel failure before plant-level production drops become visible.
IEC 62053 / ANSI C12 compliant meters via Modbus or pulse outputs. Three-phase power, energy, reactive power, power factor, voltage quality. Revenue-grade where required.
BMS integration via CAN or Modbus. Per-cell voltage, per-module temperature, SOC, SOH. Thermal runaway prevention, capacity fade tracking.
Pyranometers, reference cells, anemometers, ambient temperature. Plant performance ratio calculation, expected-vs-actual analysis.
Ground-fault detection, smoke/heat sensors in battery rooms, intrusion detection. Integrated with alerting and remote shutdown where safety policy requires.
Sensor data is the input. Workflows are what makes it useful. OmniCloud ships with the workflows energy operations need on day one.
Real-time view of every plant. AC/DC production, performance ratio, inverter status, string health. One operator, many plants, one dashboard.
Portfolio view across sites, owners, or regions. Compare expected vs actual, ranking worst performers, identifying underperformance patterns.
Per-site, per-equipment thresholds. Escalation workflow with acknowledgement and comment. Integration with service ticket systems for follow-up.
Cell-level historical records. Degradation trending, cycle count, thermal behavior. Alerts on SOH thresholds tied to warranty and replacement planning.
Monthly and annual production reports. Grid export vs self-consumption, power purchase agreement reconciliation, carbon offset calculation.
Branded portals per asset owner or customer. Multi-tenant, scoped to their sites only. Daily digest emails, downloadable reports.
Every inverter brand ships its own app. Every meter vendor has its own portal. Every BMS comes with its own dashboard. OmnIoT consolidates all of them into one multi-tenant cloud with one branded operator view and one customer portal. Cross-vendor, cross-plant, cross-asset-type, delivered as one platform.
For the cost and timeline math behind choosing a full-stack platform over building infrastructure yourself, read the real cost of building on AWS IoT Core.
Common solar inverter vendors via Modbus TCP/RTU: SMA, Fronius, Huawei, Sungrow, Solis, Enphase via their Envoy gateway, SolarEdge via Modbus/Sunspec, and others. Revenue-grade meters via Modbus or pulse: Schneider, ABB, Carlo Gavazzi, Janitza, and similar. BMS integration via CAN or Modbus for most commercial battery vendors. Custom integrations are possible in an ODM engagement.
Yes. OmniCloud runs in production across agriculture and aquaculture today. The multi-tenant architecture, multi-vendor integration capability, and operator/owner portal primitives that energy requires are core platform features, production-hardened.
Not exactly; it sits above them. SolarEdge or Enphase give you monitoring for their own equipment. OmnIoT aggregates across vendors and across plants, adding a unified multi-tenant portal, independent alerting, and integration with non-solar energy sources (wind, storage, meters). For single-vendor small residential or commercial sites, the manufacturer app is usually enough. For fleet operators across multiple vendors, the manufacturer-siloed view is the problem.
The platform supports revenue-grade meter integration and audit trails. For regulatory billing compliance in a specific jurisdiction (MID in EU, PUC in US states, etc.), formal certification is part of a regulated ODM engagement. The platform primitives are in place; the certification work is scope-specific.
Cellular (4G LTE Cat-M1/NB-IoT) is the default for remote solar sites, rural substations, and BESS installations. WiFi and Ethernet where site networks are stable. Industrial-grade cellular gateways with VPN for operator-to-plant communication in regulated environments.
Typical pilots run 10 to 14 weeks from kickoff to devices live. Inverter and BMS integration drive the variability. First pilot is typically one plant or BESS asset before scaling to the portfolio.
Quoted per scope. Pilot tier starts in the mid five figures USD because energy engagements usually involve several equipment vendor integrations. Production scales to per-plant or per-meter hardware costs plus a per-user or per-tenant SaaS fee.
Controllers sit on the plant network, communicate outbound over TLS only, and never require inbound access. For regulated utility infrastructure (IEC 62443, NERC CIP), additional documentation and audit packages are part of the engagement. We work within customer cybersecurity policies rather than demanding exceptions.
Every engagement starts with a 30-minute call. No deck, no pitch. Just your assets, your equipment vendors, and what is blocking you from the monitoring you want.
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