EMS Made in India
An energy management system written for the tariff you are actually billed on, the diesel you actually burn, and the grid you actually have — designed, built, commissioned and supported in India.
An energy management system written for the tariff you are actually billed on, the diesel you actually burn, and the grid you actually have — designed, built, commissioned and supported in India.
Ingro EMS is an energy management system designed, built and supported in India. It is written around the arithmetic an Indian electricity bill is actually settled on — contracted maximum demand in kW or kVA, time-of-day tariff windows, and the delivered price of diesel — and it is commissioned and supported by an engineering team in the country, on site.
This is not a badge. The decisions an EMS makes every second are priced in local terms, and a controller written for a stable grid and a flat tariff optimises for a site that does not exist here. What follows is what changes when the software was written for the site you own.
Indian supply is billed against contracted capacity as well as units, and the demand ceiling is expressed in the unit your supply is billed in — kW or kVA, not whichever the software assumes. Ingro EMS carries the demand ceiling, the time-of-day windows and their rates, and the minimum price differential at which a storage cycle is worth taking, as configured parameters set from your own tariff schedule.
An imported EMS designed for a market with a stable grid treats standby generation as an emergency device. In India it is a running cost. Ingro EMS carries the delivered fuel price into the dispatch decision itself, holds the engine inside its efficient loading band, and directs surplus output into storage to shorten its own run — so fuel falls within each hour, not only in hours.
Weak-grid and no-grid operation is the normal case for a large share of Indian sites, not an exception to handle. Storage assumes the load at the instant supply is lost, on a four-second event and a four-hour one alike; on return, a stability hold precedes resynchronisation, under a reconnection policy you choose.
Each site-day is closed by differencing cumulative meter counters — the same arithmetic as the utility bill — so the energy ledger reconciles against what the DISCOM invoices rather than against a separate model. Every figure carries its basis and the proportion of the period covered by data.
Commissioning, training and support are delivered by an engineering team in India. A configuration change is applied live — the control loop and every background task re-read configuration on their next cycle — and every change is attributed to the user who made it.
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 — which matters when the equipment on site is what was available, not what a vendor specified.
Six claims, each one something you can hold us to.
The control logic, the operating states and the order of preference were written against Indian sites — their tariffs, their outage patterns and their generator fleets — rather than localised afterwards.
The software, the operator console, the mobile view and the reporting suite are developed and maintained by Ingro Energy's own team, based in India.
The controller is wired, configured and tested against the site's own values by engineers who attend the site, with the results recorded and handed over.
Training for the operating team, a defined route for support afterwards, and configuration changes applied live — in your time zone, in your working day.
The report pack is addressed to the people who actually ask for numbers here: plant management, finance, the lender, the insurer and the auditor — with the energy ledger reconciling to the utility bill.
Report formats follow the conventions each profession expects — IEC 61724-1, IPMVP, IEEE 762, IEEE 1366, ISA-18.2, the GHG Protocol. Certification itself is issued by accredited bodies, and product listings by the equipment manufacturer. We do not claim either on their behalf.
Yes. Ingro EMS is an energy management system designed, built and supported in India by Ingro Energy. It runs battery storage, solar generation, standby generation and the utility supply as one plant, in eight configurations covering industrial sites, occupied buildings, solar-plus-storage, diesel offset, microgrids, EV charging hubs, solar plants and grid-scale tendered storage.
Because the decisions an EMS makes are priced in local terms. Contracted maximum demand billed in kW or kVA, time-of-day tariff windows set by a state regulator, the delivered price of diesel and a grid that fails several times a week are inputs to the dispatch decision, not localisation settings. Software written for a stable grid and a flat tariff optimises for a site that does not exist here.
Yes. Ingro EMS is manufacturer-independent and register-map driven — it integrates any make of inverter, battery, converter or generator 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 rather than as new hardware.
The historian runs on site, at one-minute resolution, in a local time-series database, and the controller operates the plant from the plant room. Site control continues with no internet connection at all; connectivity serves reporting, forecasting and remote support.
Ingro's own engineering team, in India. The controller is wired, configured and tested against the site's own values with the results recorded; personnel are trained at handover; and a defined route for support runs afterwards. Configuration changes are applied live and attributed to the user who made them.
Report formats follow the conventions each profession expects — IEC 61724-1 for generation performance, IPMVP for savings, IEEE 762 for generator operations, IEEE 1366 for supply reliability, ISA-18.2 for alarm performance and the GHG Protocol for emissions. Certification is issued by accredited bodies and product listings by the equipment manufacturer, so we point you to those documents rather than assert them ourselves. For a specific tender or scheme requirement, send the document and we will scope against it.
Usually yes, and without replacing hardware. The platform connects to existing batteries, inverters, PCS and SCADA over standard protocols, so an existing installation can be retrofitted with a controller that actually optimises the tariff rather than only protecting the asset.
What is on site today, what is already ordered, the outcomes required in priority order, and whether the utility connection remains. We return a scope of supply, an equipment schedule and an indicative programme.