Any BMS. Any inverter. Any PCS. Any grid meter. From any manufacturer. Ingro's integration layer abstracts hardware differences so you are free to choose best-in-class components, without ever being locked in.
A grid-scale project in Rajasthan uses multiple cell manufacturers cells with Sungrow inverters and communicates with the SLDC over DNP3. A data center in Hyderabad runs BYD modules with SMA PCS and connects to the building management system over OPC-UA. A microgrid in the Northeast uses custom Indian BMS over CAN Bus with satellite backhaul over MQTT.
The EMS that runs all three sites must speak every protocol, understand every register map, and normalize every data format into a single coherent picture. That is what Ingro's integration layer does, it is the universal translator that lets Cloud EMS, Battery AI, and Battery Passport work with any hardware ecosystem.
Hardware complexity in. Clean data out.
When your EMS only works with one BMS brand, one inverter model, or one communication protocol, you are trapped. Costs go up, options go down, and your BESS cannot evolve.
Most EMS platforms only work with their own brand of BMS or inverter. When you need to expand capacity or replace failed modules, you are forced to buy from the same vendor, regardless of price or quality.
Closed communication protocols mean your BESS data is trapped in a single vendor's ecosystem. You cannot integrate with third-party analytics, trading platforms, or fleet management tools.
When better, cheaper hardware becomes available, new LFP cells, more efficient PCS, smarter meters, a locked-in system cannot adopt it. Your BESS is frozen in time while the industry advances.
Our integration layer decouples your software from your hardware. Choose best-in-class components from any manufacturer, swap hardware when better options emerge, and future-proof your BESS investment. When you upgrade inverters or add new battery modules, the software adapts automatically.
From legacy serial Modbus to modern cloud APIs, Ingro speaks the language of every device in your BESS ecosystem.
Connects to 90% of BMS, inverter, and meter hardware in the field. Ingro maintains custom register maps for every major manufacturer, so integration is plug-and-play rather than weeks of manual configuration.
The gold standard for grid-connected BESS. Required by most SLDCs and RLDCs for substation-level integration. Ingro supports MMS, GOOSE, and Sampled Values for full SCADA interoperability.
The protocol of choice for SLDC/RLDC communication across Indian distribution networks. Ingro supports Level 2 and Level 3 compliance for both outstation and master station roles.
The next-generation industrial protocol, secure, scalable, and firewall-friendly. Ideal for brownfield integration where the BESS sits alongside existing factory automation or building management systems.
For integration with the broader energy ecosystem, CPO platforms, energy trading systems, weather services, and third-party analytics dashboards. Webhooks for real-time event push.
Purpose-built for edge devices and remote microgrids with limited or intermittent connectivity. QoS levels ensure data delivery even over unreliable satellite or cellular links.
Direct communication with battery management systems at the cell level. Bypasses high-level abstractions to extract raw voltage, temperature, and impedance data from individual cells.
Pre-built drivers for 40+ manufacturers across BMS, inverters, meters, SCADA, and protection relays. If your hardware speaks a standard protocol, Ingro can integrate it.
Don't see your hardware? Talk to our engineering team , we build custom drivers for any equipment that speaks a standard protocol.
A four-layer architecture that collects data locally, abstracts hardware differences, enables hot-swappable drivers, and enforces defense-in-depth security.
An industrial-grade on-site PC running Ingro's edge software. It collects data from every field device, executes critical control loops with sub-second latency, and syncs with the cloud over encrypted channels.
Hardware-specific register maps, message formats, and data types are abstracted into a unified data model. Cloud EMS and Battery AI see the same clean data structure regardless of whether the source is any PCS over Modbus.
Adding support for new hardware does not require firmware updates or site visits. Load a driver configuration file, map registers to the unified model, and the new device is online in minutes.
Energy infrastructure demands defense-in-depth. Ingro's integration layer enforces strict security boundaries between IT and OT networks, with encryption, authentication, and access control at every layer.
Integrations are not a standalone feature, they are the data backbone that enables every other pillar of the Ingro platform.
Every BESS use case demands a different integration stack. Here is how Ingro adapts.
Tell us what BMS, inverters, meters, and SCADA systems you are using. We will show you exactly how Ingro integrates with your hardware stack, protocols, data models, and deployment timeline.
The integration layer is the foundation. Explore the platform it feeds, the services we deliver, and the industries we serve.
Cloud EMS, Battery AI, and Battery Passport, the intelligence layer that turns raw integration data into revenue and insights.
ExploreFrom turnkey BESS plants to smart retrofits, every service comes with integrations pre-configured and ready to go.
ExploreGrid, industrial, data center, EV charging, microgrids, see how integration requirements differ by deployment.
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