District Heating Production Cost Optimization for Energy Companies

For energy companies operating district heating networks, production costs represent one of the largest operating expenses. Fourdeg Smart Energy® provides tools to significantly reduce these costs through intelligent demand management and optimized production scheduling.

The Cost Challenge

District heating production costs are heavily influenced by peak demand periods. During these peaks, expensive backup plants — often fossil-fueled — must be activated. Reducing peak demand directly translates to lower production costs and reduced emissions.

How Fourdeg Reduces Production Costs

• Peak shaving: By using buildings as thermal storage, peak demand is reduced by 10-20%, eliminating the need for expensive backup production
• Load shifting: Heating demand is shifted to periods when production is cheapest, such as when renewable energy is abundantly available
• Predictive scheduling: AI-driven demand forecasting enables better production planning days in advance
• Network balancing: Real-time optimization across the entire network ensures efficient distribution

Real-World Impact

Energy companies using Fourdeg Smart Energy® have reported significant reductions in production costs, improved network efficiency, and better integration of renewable energy sources into their production mix.

From Forecast to Control Action

Production cost optimization starts before the peak occurs. Fourdeg uses weather forecasts, building response data, and room temperature targets to predict when demand will rise and which buildings can temporarily store heat. The system can then shift consumption to lower-cost periods while preserving comfort.

This gives district heating operators more time to plan plant loading, reduce fossil backup usage, and improve the economics of renewable or waste-heat sources. The same data also helps identify network areas where balancing or maintenance would improve efficiency.