Operativ
District heating systems
District heating systems
The efficient performance of an integrated overall concept is the key to sustainable optimization of network operations.
Through a holistic approach and intelligent linking of individual components, significant efficiency improvements can be achieved – an approach that is significantly more economical and efficient than isolated island systems.
We advise you on the implementation and planning of the following solutions:
Optimization of district heating systems through externally heated water-steam cycle systems
The integration of externally heated water-steam cycle systems offers an effective way to specifically increase the efficiency of district heating networks.
By strategically deploying these systems at the end of a supply line, the return temperature can be further reduced while maintaining a stable, higher flow temperature level near the last consumer.
This leads to optimized heat transfer, reduces thermal losses, and maximizes the overall efficiency of the network. We advise you on the implementation of this technology and develop customized solutions to sustainably improve the performance of your district heating systems.
Low-temperature power generation: Efficient use of excess heat
The implementation of low-temperature power generation systems offers an innovative way to convert unused thermal energy into electrical energy directly on-site. This approach allows the generated electricity to be used as a byproduct of heat supply, according to Kirchhoff's law.
This not only leads to better energy flow dynamics, but also brings a clear economic advantage: local power generation reduces energy costs and increases the overall efficiency of the system.
We advise you on the optimal integration of this technology to make your energy supply even more sustainable and economical.
Efficient use of waste heat through integration of cooled heat generators
In many systems, such as CHP plants, engine waste heat is generated, which has so far remained unused due to its low temperature level. However, through the targeted integration of cooled heat generators into the district heating system, this energy can be efficiently recovered and integrated into the heat cycle.
This approach contributes significantly to increasing overall efficiency and reducing energy losses. We support you in optimally integrating this technology to make your heat supply more sustainable and economical.