Physical energy.
Digital intelligence.

Give your energy asset a decision-making brain. SPARKO connects market forecasts, a predictive digital twin and optimisation—so every action starts with what your asset can actually do.

For energy buyers, renewable sellers and merchants.

Conceptual containerised battery with visible battery racks, cooling equipment and a digital twin overlay
PCS · AC ↔ DCBattery racks · DCCooling + BMS
3D cutaway · drag to rotate
Battery energy storage3D engineering concept
Built around the real asset.Power, energy, temperature and operating limits.

From physical asset to commercial decision.

Every recommended dispatch connects the real asset, the delivery pathway and your definition of value.

Read the market before the next block.

Bring market prices, weather, generation, site demand and grid context into a common view.

Explore SPARKO
Market + site signalsSPARKOForecasts + uncertainty
SPARKO / operator viewLIVE MODEL
Illustrative SPARKO operator dashboard showing market price, dispatch and battery state of charge
Product interface preview · illustrative dataThe SPARKO operating view

The same grid creates different opportunities.

Choose a role to see its assets, operating objective and representative use cases.

Energy buyers energy assets
Primary objectiveLower landed costBuy · store · consume

Energy buyers

Make every purchased unit work harder.

SPARKO plans procurement, storage and consumption together against the buyer’s actual delivered cost.
  • Data centres
  • EV charging & swap
  • Steel & smelters
  • Cement plants
  • Textiles
  • Industrial parks

Your next energy decision starts here.

Two ways to explore the economics and operation of your energy assets. Both interactive tools are coming soon.

Coming soonCost intelligence

Landed cost calculator

Explore how energy prices, network charges, state charges and storage shape your landed energy cost.

  1. Energy price
  2. Network + state charges
  3. Storage scenario
Interactive tool in developmentView details
Coming soonAsset intelligence

BESS simulator

Compare how asset size, state of charge and a buyer, seller or merchant objective change the operating plan.

  1. Configure the asset
  2. Choose an objective
  3. Compare the schedule
Interactive tool in developmentView details

Go inside the battery. Follow the energy.

Explore a detailed 3D cutaway and see what charging, storage, battery management and discharge actually do.

Inside battery storage
Conceptual containerised battery with visible battery racks, cooling equipment and a digital twin overlay
PCS · AC ↔ DCBattery racks · DCCooling + BMS
3D cutaway · drag to rotate
Energy directionInto storage
Step 1 of 4

Turn incoming power into stored energy.

AC electricity from the grid or an AC-coupled renewable plant passes through the power conversion system (PCS). It becomes DC power that charges the battery modules.

AC from grid / renewablesDC into battery racks

Conceptual equipment layout and illustrative operation. Equipment-specific limits and controls vary by installation.

A digital twin that predicts capability.

SPARKO continuously models usable energy, power, losses, temperature and operating limits. It tests every commercial plan against the battery that exists now—not the nameplate that was installed.

Explore the digital twin
Containerised BESS visualised together with its predictive digital twin
Predictive site twinSystem view
Real asset + software modelFuture operating envelope
Usable energy17.4 MWhIllustrative model output
Real aerial photograph of a solar farm

Built for the complexity
of the real world.

Generation shifts. Demand moves. Markets change.
Connect the physical system to the decision layer.

Explore India’s energy system
Solar infrastructure · editorial footage

A larger, cleaner grid needs a faster decision layer.

Understand India’s energy system
513.73 GWIndia installed capacity31 Dec 2025 · Ministry of Power
51.93%non-fossil installed capacity31 Dec 2025
236.22 GWhCEA base-case BESS needby 2031–32

Model the decisions before you move the energy.

Bring the asset, site and objective. We will map the data boundary, twin and commercial decision flow.