An energy management system for battery storage, solar, standby generation and EV charging — designed, built and supported in India. One controller, one software build, eight configurations. Find the one that matches your site below.
Ingro EMS is an energy management system that operates every source on a site — solar generation, battery storage, standby generation and the utility supply — as one plant against a single, configurable order of preference. The controller resolves that order once per second, issues a setpoint to each source, and records every decision with its reason.
The control logic, the operator interfaces and the reporting suite are common to every installation. What changes between an industrial site, an occupied building and an independent site is a defined set of configured parameters — the reserve floor, the demand ceiling, the tariff windows, the shed priority — not the software. That is why there are eight product codes and one platform.
Each product covers one kind of site. Find what you are building — the page behind it takes that configuration one at a time.
Your use case not included? Dual supplies, wind, critical process loads — configured on the same platform. Tell us about the site.
| Product | Site | Solar | Battery | Generator | Chargers | Grid |
|---|---|---|---|---|---|---|
| EMS-B | Battery at a factory | — | — | — | ||
| EMS-CB | Battery in a building | — | — | — | ||
| EMS-SB | Solar and a battery | — | — | |||
| EMS-BG | Cutting the diesel | — | — | |||
| EMS-MC | Micro grid | — | ||||
| EMS-EV | Charging hub | — | ||||
| EMS-PPC | Solar plant | — | — | — | ||
| EMS-GS | Utility-scale storage | — | — | — |
One controller, one software build, three configurations — an industrial site, an occupied building, an independent site. Everything on the left arrives the same way on every site we commission; everything on the right is established during discovery and commissioning.
Site control continues with no internet connection — the controller operates the plant from the plant room.
Integrates any make of inverter, battery, converter or generator. A model not previously encountered is added as configuration.
Adding an asset is a configuration change, not new hardware.
Properties of the delivered system, common to every installation.
Generated from the historian and the energy ledger, exported to PDF and XLSX, distributed on schedule and archived as self-contained files.
| Report | Cadence | Prepared for |
|---|---|---|
| 01Daily Operations Brief | Daily | Plant management |
| 02Monthly Executive Summary | Monthly | Owner, finance |
| 03Energy Accounting and Billing Reconciliation | Monthly | Finance, utility |
| 04Savings, Measurement and Verification | Monthly, annual | Finance, lender, ESCO |
| 05Solar Generation Performance | Monthly | O&M, EPC |
| 06Generator Operations and Fuel | Monthly | O&M, finance |
| 07Supply Reliability and Islanding | Monthly | Plant management, insurer |
| 08Storage Health and Warranty | Monthly, annual | O&M, lender, supplier |
| 09Alarm Performance and Safety | Monthly, annual | Plant management, HSE |
| 10Data Quality and Assumptions Register | Monthly | Audit |
| 11Emissions and Sustainability | Annual | Finance, corporate reporting |
| 12Annual Performance and Asset Review | Annual | Owner, lender, insurer |
| 13Dispatch and Control Audit | Quarterly, on request | Engineering |
Every figure states its basis and the proportion of the period covered by data. Modelled values are identified as modelled. Where a savings figure falls below the threshold of statistical significance, the report presents that threshold. The result is a document that stands on its own in front of a lender, an auditor or an insurer.
Each report is structured to the form the profession reading it already expects — generation performance to IEC 61724-1, savings to IPMVP, generator operations to IEEE 762, supply reliability to IEEE 1366, alarm performance to ISA-18.2, emissions to the GHG Protocol. These are the formats the reports follow; certification is issued by accredited bodies, and product listings by the equipment manufacturer.
Equipment delivery is the critical path — typically around three months for a new installation. That period is used for modelling.
What exists, what has been ordered, and the outcomes the plant is required to deliver. One schedule and one conversation.
Written against those outcomes, so that the plant is capable of what has been asked of it.
Your asset counts, loads, tariff and load profile are run against a full simulation of the site before equipment ships, including adverse conditions. Behaviour is reviewed and revised at this stage.
Wired, configured and tested against the site's own values, with the results recorded.
Personnel trained, the reporting suite in service, and a defined route for support thereafter.
Wired, configured and commissioned against your plant, and installed in the plant room. It is the component that operates the site.
A single-line representation of the actual plant with live power on every feeder, the state of each source, the alarm register, and the endurance available at the load currently being carried.
Read-only, for management rather than operations: whether the site is sound, what it has saved, what has occurred and what is scheduled.
The reporting suite, generated and distributed automatically, and instruction for the personnel who will operate the plant.
An energy management system is the controller that decides, moment to moment, which source carries a site's load and at what power — the solar array, battery storage, standby generation or the utility supply. Ingro EMS resolves that order of preference once per second, issues a setpoint to each source, and records every decision with the reason for it.
Because eight kinds of site need eight configurations, not eight codebases. One controller and one software build run all of them; the product code identifies which assets are present — battery only, solar and battery, battery and generator, a full microgrid, a charging hub, a solar plant or tendered grid-scale storage — and which parameters are configured at commissioning.
Match the assets. Battery behind an industrial connection is EMS-B; battery in an occupied building is EMS-CB; rooftop solar with a battery is EMS-SB; battery with a diesel generator is EMS-BG; solar, battery and generator forming their own grid is EMS-MC; a charging hub behind a limited connection is EMS-EV; an exporting solar plant is EMS-PPC; and tendered standalone storage at a substation is EMS-GS.
Yes. The platform is manufacturer-independent and register-map driven: any make of inverter, battery, converter or generator integrates over Modbus TCP, Modbus RTU over RS485, SunSpec, dry contacts and digital I/O, or aggregator gateways. A model not previously encountered is added as configuration, not as new hardware.
Yes. The controller operates the plant from the plant room, so site control continues with no connectivity at all. The network connection serves reporting, forecasting and remote support — not the control loop.
Yes. Ingro EMS is designed, built and supported in India by Ingro Energy, and configured for Indian tariff structures — time-of-day windows, contracted maximum demand in kW or kVA, and delivered diesel price — with commissioning and support delivered by an Indian engineering team.
Four elements, quoted as one item: the controller installed and commissioned against your plant, the operator console, the read-only mobile view, and the reporting suite generated and distributed automatically — together with handover documentation and training for the operating team.
Equipment for a new installation typically requires around three months to arrive and be installed, and that period is used to model the plant against your asset counts, loads, tariff and load profile before anything ships. Commissioning, handover and training follow.
We return a scope of supply, an equipment schedule and an indicative programme, written against the outcomes you set. If equipment is not yet purchased, we specify the list — or start from your bills with Ingro SIMS, our solar and BESS sizing tool.
Generation, storage, standby generation and the connection, as they stand today.
Anything ordered or contractually committed; anything still open, we can specify.
The energy bill, the fuel, continuity of production, or all three, in order of priority.
Remaining, being withdrawn, or never present. This determines how much of the night storage is required to own, and how the plant is sized.