Economic control room
An Economic Control Room optimises the utilisation of energy assets by bringing together operational data, forecasts, and optimisation tools in one integrated solution.
The objective is to provide a clear overview of the current status of production assets and identify the most economically advantageous operating strategy in the short and medium term.
Date
Sep. 22. 2026
Optimal operations and better decision-making
Utility companies operate in an increasingly complex environment where production assets, energy markets, and security of supply must be balanced on a daily basis.
An Economic Control Room provides operations personnel with a powerful decision-support platform that enables optimal use of production facilities while ensuring the best possible operational economics.
Key benefits for utility companies
- Ensures that production assets are utilised in the most efficient way, balancing security of supply, operational costs, and revenue opportunities across different electricity markets.
- Provides a clear overview of operational plans for individual assets, enabling operators to respond effectively to unplanned events and changing conditions.
- Delivers performance insights through KPIs and other metrics, allowing operators to proactively identify inefficiencies and make informed operational decisions.
- Facilitates efficient execution of load schedule adjustments, ancillary service activation, and imbalance management, helping maximise revenue without compromising reliability or increasing asset wear.
Optimising asset utilisation
An Economic Control Room consolidates operational data, forecasts, and optimisation tools into a single platform. It provides a comprehensive overview of both current asset performance and the most profitable operating strategy in the short and medium term.
The solution gives operators insight into both the technical and financial consequences of alternative actions, enabling fast and informed decision-making.
For example, an energy-from-waste combined heat and power (CHP) plant may require a temporary load reduction due to limited fan capacity. The resulting shortfall in electricity and heat production must then be replaced in the most cost-effective way. Possible alternatives may include operation via turbine bypass, starting peak-load boilers, utilising thermal storage capacity, or adjusting the fuel mix.
Managing such situations effectively requires both an advanced production scheduling tool and a master controller at the highest automation level.
The Economic Control Room enables operators to evaluate these alternatives based on both operational and economic parameters.