Energy providers and property owners can both benefit from an innovative cooling concept based on the utilization of the flexibility in district heating systems, and in particular by harvesting excess heat from a cooling process. A Berlin demo case is presented from the Flexi-Sync project.
This text summarizes 10 case studies on low temperature district heating (LTDH) systems and presents the resulting measured data.
In Helsingborg, an absorption chiller at Västhamnsverket has been installed by Öresundskraft in order to deliver district cooling.
Excess heat from the London Underground provides district heating in Islington, where LO2 and LO3 are two of London’s demonstrators.
The demonstrators in Cologne recover heat from sewage water and use it in decentralized local heating networks.
The utilisation of residential buildings as thermal energy storage has been implemented in a pilot project i Kvillebäcken in Sweden.
Göteborg Energi presents the different types of personnel, the graphical IT tools, and how they can be used for diagnostics of failures.
Innovative solutions for buildings through optimisation of substations, and recommendations for regulating radiator temperature.
The OPTi project aims to optimizing the architecture and control of DHC systems through advanced modelling, analysis and control.
Involvment of the tenants in Gårdsten in Gothenburg has made it possible to install district heating to white goods.
This presentation describes the long-term project by Gothenburg Energy on how to go ahead with short-term storage in buildings.
The pump manufacturer Grundfos and Bjerringbro Varmeværk, invested in three heat pumps to co-produce heat and cooling.