Three markets, one return

Revenue Optimisation

Most industrial assets generate revenue in a single market. If they generate any at all

A battery is used for arbitrage. A CHP unit for baseload. A flexible process awaits a balancing signal.

But markets move in tandem. Value is not created in isolation.

Revenue Optimisation at Enova means that your assets do not operate in a single market, but are coordinated across several markets simultaneously.

  • Trading
  • Flexibility
  • Balancing

Not side by side. But a single integrated system.

What Revenue Optimisation really means today

Optimisation doesn’t start with the asset. It starts with the process for which that asset was originally purchased.

A cooling system, heat exchanger or CHP unit is never bought to make money from energy trading, but to improve your business processes or keep them running. The context is very important. We always start with that context.

So we won't start by asking: which market makes the most money? But what does this process currently allow?

This means we determine:

  • Which operational parameters are key (continuity, temperature, output)
  • Within what range is flexibility even possible
  • And only then: how that flexibility yields the greatest return

In this context, the asset is not a starting point, but a means. Flexibility is not an end in itself, but a consequence. Return on investment is the result.

In this way, optimisation is not carried out per market or per asset, but through a single coherent process that determines what makes business sense.

The difference between participating in the energy market and focusing on what can actually be achieved.

The problem with a single-market setup

Most systems are designed per market layer.

Trading software trades price windows. Balancing software waits for activation. Flexibility tools reserve capacity.

Each layer optimises within its own logic. None of them sees the bigger picture.

The result: capacity remains unused, commitments block each other, value is maximised per market rather than per asset.

And that is precisely where returns are being missed.

Would you like to know within what range your flexibility generates extra revenue?

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Where added value is created

Revenue Optimisation increases returns by:

  • Eliminating idle hours
  • Stacking compatible commitments
  • Weighing up real-time signals
  • Always prioritising the highest value

Your operations remains the priority

Optimisation always operates within agreed parameters.

You decide:

  • Availability windows
  • Capacity limits
  • Production restrictions
  • Priority rules

The optimisation always operates within those limits. If circumstances change, the system adapts accordingly. Value must never come at the expense of continuity.

When optimisation becomes relevant

As soon as an asset has access to more than one market, an optimisation issue arises.

The question is not whether you can combine them. The question is whether you do so systematically.

You need to know

  • Where capacity currently remains unused
  • Which markets can be combined
  • How quickly the uplift becomes visible

Hey, fancy a chat about optimisation?

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