Energy-optimized operation of buildings and district heating networks

The research group »Process Management and Data Analysis« at the IOSB develops concepts and software solutions to monitor and optimize the energy consumption and operational management of larger properties and district heating networks. The objectives for real estate are the automated recognition of potential savings from measurement data (BMBF project EffMon) and optimized energy planning (BMWi project dynOpt-En). Web-based technologies are used to connect different data sources and to provide customized dashboard technologies and optimization tools.
 

SimKI-Mop

Simulation tools and AI methods for multi-feeder optimization in district heating networks

 

3SmartFW

Digital system for detecting and localising leaks in district heating networks.

 

ML4Heat

Tools for optimized operation of existing district heating networks based on machine learning methods.

 

RLT-Opt

Integrated methods for the holistic operational optimisation of ventilation and air-conditioning systems.

 

dynOpt

Dynamic optimization module for the supply- and demand-oriented connection of energy sources.

 

EffMon

Efficient monitoring and optimized operational management of real estate using easy-to-use, user-specific monitoring tools.

 

E-MonAut

Energy saving in existing buildings through comprehensive monitoring and automation concepts

 

Business unit Energy, Environmental and Security Systems

Would you like to learn more about our projects in the field of Energy, Environmental and Security Systems? Then visit the business unit page.

 

Department Systems for Measurement, Control and Diagnosis

Would you like to learn more about our topics in the area of »Systems for Measurement, Control and Diagnosis«? Then visit the page of our SPR department and get more information.

 

Further projects of the MRD department

Would you like to get to know more projects and products in the field of »Systems for Measurement, Control and Diagnosis«? Then visit the project page of our MRD department and get more information.