Container + power conversion + EMS hardware + EMS software + civil works + Long term O&M, a single integrated system from a single partner. No multi-vendor headaches. No integration nightmares. Just a BESS plant that works from day one.
The Ingro Approach
“We deliver a complete, AI powered BESS plant, where hardware and software are designed to work together from day one.”
Most BESS projects are assembled from parts sourced from 4-6 different vendors. The result is predictable: delays, finger-pointing, and systems that never reach their full potential.
When you source containers from one vendor, inverters from another, and software from a third, integration testing alone takes 4-6 months. Protocol mismatches, firmware incompatibilities, and communication gaps turn commissioning into a project within a project.
Cell over-temperature? The BMS vendor blames the cooling system. The container vendor blames the dispatch algorithm. The EMS vendor blames the BMS settings. Meanwhile, your plant is offline and losing revenue every hour.
Third-party EMS software runs generic dispatch strategies, it doesn't know your cell chemistry's optimal C-rate curve, your PCS efficiency map, or your cooling system's thermal response. You leave 20-30% of performance on the table.
One portal for the BMS, another for the inverter, a SCADA screen for the site, and a spreadsheet for warranties. No single view of plant health. No single number to call when something goes wrong.
Every piece of the BESS plant, from battery cells to software to civil works, is specified, procured, integrated, and delivered by Ingro. Nothing is left to chance.
Tier-1 LFP cells from multiple cell manufacturers housed in IP55-rated steel containers with integrated liquid cooling and Novec 1230 fire suppression. Available in 20-foot and 40-foot ISO configurations.
Bi-directional inverters from Sungrow, SMA, or Sineng with grid-forming and grid-following capability. Black start support for critical infrastructure deployments.
Complete AC/DC switchgear, step-up transformers, protection relays, grounding systems, and inter-rack cabling, all sized and coordinated for your specific site.
Industrial-grade edge computing hardware with Modbus and IEC 61850 gateways, site networking, and UPS backup, the physical backbone of intelligent control.
Ingro's full software stack pre-installed and pre-configured: Cloud EMS for monitoring and dispatch, Battery AI for optimization, and Battery Passport for lifecycle tracking.
Complete site preparation from foundation and fencing to earthing, grid interconnection, and commissioning, you get a turnkey plant, not a pile of components.
12-year performance guarantee backed by 24/7 remote monitoring, scheduled field service, spare parts inventory, and continuous software optimization.
A container full of batteries is inert without intelligence. Ingro's software stack, pre-installed on every plant, transforms hardware into a self-optimizing, revenue-generating energy asset.
See every cell. Control every site.
Real-time fleet-wide monitoring of SoC, temperatures, power flows, and alarms. Push dispatch strategies, schedule changes, and mode overrides to any site, remotely and instantly.
Explore Cloud EMSOptimize every cycle. Maximize every rupee.
ML models that stack frequency regulation, energy arbitrage, and capacity markets in real time. Predictive maintenance detects degradation patterns weeks before failures, extending battery life by 15-20%.
Explore Battery AITrack from factory to recycler.
Tamper-proof digital identity for every battery, from raw material sourcing through deployment, second-life assessment, and recycling. Meets EU Battery Regulation, BIS, and EPR requirements automatically.
Explore Battery PassportConnect to any hardware. Any grid.
Protocol-agnostic layer that speaks Modbus TCP/RTU, IEC 61850, DNP3, OPC-UA, and REST APIs. Connect every meter, SCADA, and third-party system without vendor lock-in.
Explore IntegrationsWhether you need a microgrid for a remote community or a utility-scale plant for grid services, Ingro delivers the same integrated approach, just at different scales.
Grid-connected BESS plants for frequency regulation, energy arbitrage, and capacity markets. CERC ancillary services compliant. Designed for grid-scale revenue stacking.
Behind-the-meter deployments for demand charge management, ToD arbitrage, solar self-consumption, and backup power. Payback periods as low as 3-4 years.
Off-grid and weak-grid community power solutions. Solar+BESS coordination, load prioritization, and prepaid metering for reliable 24/7 power in remote locations.
A streamlined 6-step delivery process, no multi-vendor coordination, no integration surprises. One team takes you from concept to commissioning.
Load profiling, grid interconnection study, regulatory review, and optimal system sizing using digital twin simulation. Financial modeling with 10-year IRR projections.
Detailed electrical SLD, container layout, thermal modeling, protection coordination, and BOS specification. All components selected and procurement finalized.
Container assembly with Tier-1 cells, PCS integration, BMS configuration, and EMS hardware installation. Full FAT (Factory Acceptance Test) before shipping.
Site preparation, foundation construction, perimeter fencing, earthing grid, cable trenching, and transformer pad. Parallel with factory assembly for faster delivery.
Container placement, electrical interconnection, grid synchronization, protection relay testing, EMS software configuration, and full performance validation.
Operator training, documentation handover, remote monitoring activation, and commencement of long term O&M support. Your plant is live and earning from day one.
The same integrated BESS plant serves grid-scale frequency regulation, industrial demand management, EV charging, and off-grid microgrids, configured for your specific requirements.
CERC-compliant BESS plant for ancillary services, energy arbitrage, and capacity markets. Revenue stacking via Battery AI maximizes earnings per MW.
View use caseBehind-the-meter BESS that eliminates demand penalties, automates ToD arbitrage, and reduces DG runtime. Payback in 3-4 years.
View use caseBESS-grade UPS with sub-4ms failover, Tier IV uptime guarantees, and automated ESG reporting. Replace aging lead-acid with lithium intelligence.
View use caseFast charging on weak distribution grids without transformer upgrades. Smart charge scheduling prevents grid overloads during peak hours.
View use caseIslanded solar+BESS for off-grid communities. Load prioritization, prepaid metering, and 24/7 reliable power where the grid doesn't reach.
View use caseTell us your capacity needs, site location, and use case. We will come back with a complete system design, financial model, and delivery timeline.