Real-time monitoring, centralized dispatch control, and fleet-wide analytics for every battery cell, every inverter, every site, from anywhere in the world. Cloud EMS is the foundation layer that makes the entire AI Powered BESS platform possible.
A battery energy storage system without centralized monitoring is like a power plant without a control room. You cannot optimize what you cannot see. Cloud EMS gives operators complete, real-time visibility into every layer of their BESS deployment, from fleet-wide overview down to individual cell-level telemetry, and the remote control tools to act on what they see, instantly.
As the foundational pillar of Ingro's AI Powered BESS platform, Cloud EMS does not just display data, it creates the real-time data backbone that powers Battery AI optimization, feeds Battery Passport lifecycle records, and connects to physical equipment through our Integrations layer.
Single fleet dashboard, every site, every rack, every cell on one screen
Remote dispatch control with drag-and-drop scheduling and SOC overrides
Multi-level alerts with SMS, email, and webhook escalation chains
Automated CERC, SERC, and SLDC compliance reporting on schedule
Speaks every protocol, Modbus, IEC 61850, DNP3, OPC-UA
Multi-tenant access for asset owners, O&M teams, investors, and regulators
Most BESS operators today rely on fragmented tools, manual site visits, and reactive maintenance. The result: missed revenue, preventable failures, and compliance headaches.
Without centralized monitoring, 30% of BESS issues go undetected until they cascade into downtime. A single cell overheating at 2 AM can take down an entire rack before anyone notices.
Manual inspection cycles mean the average issue goes undetected for 4-6 hours. By the time a technician arrives on site, revenue losses have already compounded.
CERC and SERC reporting requires painstaking manual data extraction. One missed filing can trigger penalties that wipe out a month of revenue.
Without remote dispatch control, even minor schedule changes require a technician on-site. Across a distributed fleet, O&M costs spiral out of control.
A single unified view of every BESS site across India. Real-time SOC (State of Charge), SOH (State of Health), power flow, temperature, revenue tracking, and alarm status, all on one screen. Interactive map with color-coded health indicators lets you drill down from the national fleet view to an individual cell in three clicks.
Single pane of glass
Operators can change dispatch schedules, set SOC limits, switch between arbitrage and peak-shaving modes, and override automatic dispatch, all from the cloud. No site visit needed. Every command is logged with full audit trail, and role-based permissions ensure only authorized personnel can execute critical operations.
Command center in the cloud
Configurable multi-level alarms for temperature excursions, voltage imbalances, current spikes, SOC bound violations, and communication loss. Every alert is categorized by severity and routed instantly through SMS, email, and webhook notifications to the right team members based on escalation policies.
Know before it breaks
Automated generation of CERC, SERC, and SLDC compliance reports on configurable schedules. No more manual data extraction from spreadsheets. Scheduled exports are delivered directly to stakeholders with full audit trail, and every data point is traceable back to its source for regulatory review.
Automated documentation
Cloud EMS connects to on-site SCADA, PLC, and BMS systems through every major industrial protocol, Modbus TCP/RTU, IEC 61850, DNP3, and OPC-UA. Sub-second data refresh ensures the cloud view is always in sync with physical reality. Edge gateways handle protocol translation and local buffering when connectivity is intermittent.
Speaks every language
Asset owners, O&M teams, EPC contractors, investors, and grid operators each get their own tailored views with role-based access control. A site owner sees revenue and performance. An O&M team sees alerts and maintenance queues. An investor sees portfolio returns. All from the same platform, with complete data isolation between tenants.
One platform, many stakeholders
Cloud EMS is not a data dump. Every screen is designed around operator workflows, so the information you need is always one glance or one click away.
Every site plotted on India's map with live status, green for healthy, amber for warning, red for critical. Click any pin to drill into site-level detail.
Real-time visualization of power flowing between grid, solar, battery, and load. See exactly where every kilowatt is going at any moment.
Historical and projected SOC curves for every site. See when batteries charged, discharged, and the revenue captured at each interval.
Prioritized alarm queue with severity, timestamp, affected equipment, and recommended actions. One-click acknowledge and assign to field teams.
Visual heatmap of every cell's voltage and temperature across every rack. Spot imbalances and thermal hotspots before they cause degradation.
Daily, weekly, and monthly revenue breakdown per site. Compare actual earnings against AI-projected optimal to identify underperformance.
From grid-scale installations to village microgrids, Cloud EMS adapts to the monitoring and control needs of every deployment type.
Dispatch across frequency regulation, energy arbitrage, and ancillary service markets from a single control room. Cloud EMS provides the real-time SOC visibility and sub-second dispatch capability needed for grid-scale participation.
Monitor demand charge shaving and Time-of-Day arbitrage in real-time. See exactly how much your BESS saved this month on maximum demand charges, and adjust dispatch strategies on the fly.
Sub-second power status monitoring and coordinated UPS failover. Cloud EMS tracks battery state across redundant systems, ensuring Tier IV uptime commitments are never at risk.
Manage BESS SOC across multiple charging stations. Cloud EMS ensures each station has enough stored energy for peak charging demand without exceeding grid connection limits.
Remote fleet monitoring of village-level and island microgrid installations. Cloud EMS provides centralized visibility for distributed systems where physical access is difficult and expensive.
Cloud EMS does not work in isolation. It is the data foundation that powers every other layer of Ingro's AI Powered BESS platform.
Every data point Cloud EMS captures, SOC, temperature, power flow, market price, grid signal, feeds directly into Ingro's Battery AI engine. Where Cloud EMS gives you visibility, Battery AI uses that data to make autonomous optimization decisions: when to charge, when to discharge, how to maximize revenue while protecting battery health.
Explore Battery AICloud EMS continuously records operational telemetry, cycle counts, depth-of-discharge patterns, thermal exposure, capacity fade measurements, and writes them into the immutable Battery Passport. This creates a complete lifecycle record for every battery, from commissioning to decommissioning, essential for warranty claims, regulatory compliance, and end-of-life valuation.
Explore Battery PassportThe Integrations layer is how Cloud EMS connects to physical reality. Modbus TCP for PCS and BMS. IEC 61850 for utility SCADA. DNP3 for grid operator dispatch. OPC-UA for modern automation. Edge gateways handle protocol translation, data buffering, and local failover, so Cloud EMS always has fresh data, even when connectivity is intermittent.
Explore IntegrationsTrack open access power procurement, solar generation, and battery storage in a single unified dashboard. Cloud EMS shows real-time power flows from all sources, grid, open access, solar, and battery, giving you complete visibility into your energy mix and costs.
Explore Open Access EnergySee how Ingro Cloud EMS gives you real-time visibility and centralized control across your entire BESS fleet, from national overview to individual cell.