Carbon footprint reduction
Shifting load toward cleaner hours and cutting peak generation changes the emissions profile of how your site actually runs.
Every distributed asset at the grid edge, working as one resource.
EnerGrid helps turn the distributed assets - solar, storage, EV, EVSEs and flexible loads sitting behind-the-meter (BTM) into coordinated, dispatchable capacity. Bascially Forecast ahead, Scheduled automatically, Measured afterwards.
- DERMS
- Demand Response
- Microgrid
- Virtual Power Plant
Why EnerGrid
You bought the assets. Nobody gave you the controls.
Solar on the roof. Batteries in the yard. Chargers in the garage/parking. Each one does its own thing — and together they cost you more than they should.
Your assets aren’t a list. They’re a portfolio.
EnerGrid is the layer that makes them behave like One.
Our offerings
Explore Energy Management Solutions
The solution modules below are what we offer today — take one, or run them side by side.
Load Curtail / Load Shift
Demand Response (DR)
Move load off the expensive hours. Reduce or shift flexible consumption when the grid request or your own targets (e.g. cost) call for it.
- Peak shaved
- Evening coincident demand pulled down before it sets your charge
- Load shifted
- The same energy consumed, just in hours that cost less
What you get
Flexible demand runs when it is cheapest and cleanest to run.
Local Energy System
Microgrid
A site that can stand on its own. Coordinate local generation, storage and load inside a defined electrical boundary.
- Renewable first
- Surplus generation charges the battery instead of being exported cheaply
- Tariff arbitrage
- Stored energy carries the site through the peak-tariff window
What you get
Round-the-clock (RTC) supply, with the tariff worked rather than suffered.
Aggregation
Virtual Power Plant (VPP)
Many small assets, one resource. Pool distributed storage and flexible load across sites into a single dispatchable portfolio.
- Aggregated
- Sites too small to matter alone become one measurable resource
- Dispatchable
- Flexibility delivered on signal, inside each asset's own limits
What you get
Portfolio-level flexibility the grid can actually call on.
Flexibility we offer
Any Asset that Generates, Stores or can Wait
A few of the asset types we orchestrate today.
Generation
What you produce
- Solar PV
- Wind
- DG sets
- Hydrogen fuel cells
Storage
What you hold
- Battery storage
- EV fleets & chargers
Flexible load
What can wait
- HVAC & building loads
- Pumping & process loads
- Controllable loads
- Metered sub-loads
And the protocols it speaks to reach them
Orchestration is real only if the platform can reach the asset. EnerGrid runs on the standards interfaces deployed across Indian and global grid, building and charging infrastructure — so the hardware stays.
- OpenADR 2.0b
- Demand response signalling
- IEEE 2030.5
- DER control & operating envelopes
- IEC 61850
- Substation & grid-side DER
- IEC 60870-5-104
- Distribution SCADA telemetry
- Modbus TCP / RTU
- Inverters, meters, BMS, controllers
- DLMS / COSEM
- Smart meters — IS 15959, IS 16444
- OCPP 1.6J / 2.0.1
- Charge points & smart charging
- BACnet / IP
- Building management & HVAC
- SunSpec Modbus
- Inverter telemetry registers
- MQTT / REST
- Gateways & enterprise systems
Use cases
Find the version that suits you best
Same orchestration loop, shaped around the assets and constraints you actually have.
Campuses and universities
One energy strategy across the whole campus — solar, batteries, EV charging, HVAC, pumps and everything else that can flex — with visibility right down to the individual asset when you need it.
- Solar PV
- Batteries
- EV charging
- HVAC
- Pumps
- Smart meters
What changes
Lower cost, smaller peaks, more of your own solar actually used, and a single picture of the estate.
Water and wastewater
Pumping scheduled around demand forecasts, tank levels and tariff windows — so it happens in the cheap hours without ever putting the process at risk.
- Pumps
- Tank levels
- Smart meters
- Tariff windows
What changes
A smaller pumping bill, with water levels and process rules untouched.
Commercial and industrial
Production and building loads coordinated with batteries, solar and EV charging, so site demand responds to price and generation instead of running blind.
- Process loads
- Batteries
- Solar PV
- EV charging
- HVAC
What changes
Peaks come down, cost follows, and you end up with a flexibility portfolio you can measure.
EV charging infrastructure
Charging demand forecast and charger schedules coordinated against tariffs, your site connection limit, on-site solar and whatever storage is available.
- AC / DC chargers
- Site limits
- Solar PV
- Batteries
What changes
No surprise site peaks, and a bigger share of every charge coming from your own generation.
Solar and storage
Solar output forecast, battery charge and discharge optimised, so stored energy gets spent where it's worth the most.
- Solar PV
- Batteries
- State of charge limits
- Tariffs
What changes
More of your generation used on site, and storage earning its keep.
Microgrid
Generation, storage and load coordinated inside a defined electrical boundary, with capability matched to your architecture, controllers and protection design.
- Local generation
- Batteries
- Critical loads
- Grid supply
What changes
Critical load stays supported, and energy flows inside the boundary are yours to decide.
VPP portfolio
Distributed assets across many sites pulled into a single coordinated portfolio you can monitor, optimise and dispatch together.
- Multi-site assets
- Battery fleet
- Flexible loads
- EV fleet
What changes
Flexibility you can offer at portfolio scale, dispatched across sites at once.
Utilities and grid operators
Visibility into connected distributed resources and the coordinated flexibility they can offer, where the grid integration and control interfaces are in place.
- DER visibility
- Flexibility signals
- Grid interfaces
- Aggregation
What changes
DERs you can see, congestion and peak support you can call on, and flexibility you can plan around.
Pick your outcome
Choose the objective. The optimiser does the rest.
Every schedule EnerGrid produces is the solution to an objective function you select, solved against the constraints your site actually operates under.
Objective
Minimise total energy cost
A smaller bill from the same assets.
Work the tariff, the demand charges, the solar you already have, and every load and battery that can move.
Subject to asset power limits, state-of-charge bounds, availability windows and process constraints
Objective
Minimise peak demand
Lower peak charges without buying more capacity.
Pull down or shift coincident demand in the windows that set your charges, across everything connected.
Subject to comfort bands, process runtime and minimum service levels
Objective
Maximise on-site renewable use
More of the solar you generate actually gets used.
Get more of your generation consumed on site, and waste less of it to curtailment or low-value export.
Subject to storage throughput limits and the load flexibility actually available
Objective
Maximise the value of energy moved across time
Buy it cheap, use it when it's dear.
Move energy between hours using storage or flexible demand, whenever it makes sense commercially and operationally.
Subject to round-trip efficiency, cycle limits and warranty conditions
Objective
Maximise dispatchable flexible capacity
A flexibility number you can actually commit to.
Maximise the capacity you can genuinely control, without pretending assets can do things they can't.
Subject to asset and process constraints, and the control permissions you've granted
Objective
Maximise continuity of critical load
Critical load stays supported when the grid doesn't.
Coordinate local resources so the things that must keep running, keep running.
Subject to available local generation, state of charge and islanding capability where designed
Sustainability
Targets you can operate, not just report
Coordinating generation, storage and flexible demand changes how the system actually runs — which is where sustainability results come from.
Sustainable energy use
More of the renewable generation you already own gets consumed on site instead of exported cheaply or curtailed.
Efficient ESG reporting
Every outcome traces back to energy data, so regulatory disclosures (e.g. BRSR) rest on automated onground reporting rather than estimates.
Who it’s for
Find the persona you recognise most
Energy manager
One view of energy, and a way to cut cost without babysitting every asset.
Facility & campus operator
Run pumps, HVAC, EVs and storage inside the constraints you actually live with.
Utility & grid operator
See what’s out on the network, and call on the flexibility it can offer.
Sustainability lead
Turn renewables and flexible demand into numbers you can defend.
CFO & business lead
See where the cost comes out, and what the investment returns.
DER asset owner
More from solar, storage and EVs, without shortening anything’s life.
Technology & OT team
Works with the meters, gateways, BMS and SCADA you already run.
Get started
Let's see what your Assets could be doing more
Show us your meters, your assets and your tariff. We'll show you what a coordinated day looks like — and what it's worth.