# The same physics. A different objective.

> Energy intelligence and EMS for utilities and renewable IPPs, C&I sites, manufacturing, data centers, EV charging and microgrids in India.

Source: https://myto.energy/industries

A utility cares about schedule and grid. A factory cares about the bill and the line not stopping. A data center cares about the next hour being uneventful. Myto optimises for whichever one you own.

[Utilities and IPPs](#utilities)[C&I](#ci)[Manufacturing](#manufacturing)[Data centers](#data-centers)[EV charging](#ev)[Microgrids](#microgrids)

[Utilities](#utilities) [C&I](#ci) [Manufacturing](#manufacturing) [Data centers](#data-centers) [EV charging](#ev) [Microgrids](#microgrids)

Utilities and renewable IPPs

## Deliver to schedule, inside the connection.

Utility-scale solar and storage earn or lose money on schedule adherence, evacuation limits and the price of each block.

- Export held inside the evacuation limit, with storage absorbing the surplus

- Schedules on the 96-block day, scheduled versus actual tracked per block

- DSM exposure estimated per block at your configured rate

- IEX price data used in day-ahead and intraday planning

- Northbound IEC 60870-5-104 and Modbus to existing SCADA

Frequency and reserve services exist in first form and are not NLDC-prequalified. Bid submission to the exchange is by design, subject to regulatory and exchange-member arrangements.

Commercial and industrial

## A handful of intervals set the bill.

For most C&I sites, cost is decided by demand peaks and tariff windows. The opportunity is in not creating the peaks at all.

- Peak shaving that acts before the peak is set

- Solar self-consumption with export held at the limit

- Time-of-use tariffs and billing aggregates by meter and category

- Open-access and captive supply costed against grid supply

- Carbon aggregates from the same metered data

Manufacturing

## Production first. Energy around it.

A plant will not move a shift to save on power. Energy decisions have to fit around production, not the other way round.

- Storage covers the evening peak so the line runs as planned

- Energy by space, meter and category, so cost can be traced to where it was used

- Rule-based alarms on feeders and assets

- Demand response through OpenADR where the utility offers it

Data centers

## Uneventful is the objective.

Load is high and steady, reliability is non-negotiable, and renewable sourcing is increasingly contractual.

- Peak and tariff management with storage, inside strict SoC reserves

- Renewable supply matched against load, block by block

- Carbon aggregates for reporting

- BACnet/IP and Modbus into existing building and electrical systems

Myto does not replace UPS, protection or backup systems. It manages energy around them.

EV charging

## Charging without a new peak.

Chargers add large, unpredictable load. Unmanaged, they set the demand charge; managed, they soak up solar.

- Charging steered toward solar surplus

- Storage covering charging peaks at the connection

- Chargers controlled through supported industrial interfaces today

OCPP integration is by design.

Microgrids

## Many assets behind one connection.

Campuses, parks and townships run solar, storage, chargers and load behind a single point of connection.

- Generation, storage and load coordinated by one edge controller

- SoC reserve policy that protects critical load

- Safe local behaviour when the cloud link is lost

Generator (DG) dispatch and islanded operation are by design.

## Tell us what you operate. We will tell you where the value is.

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