Low temperature district heating can prove to be an important part in also keeping the globe’s temperature low. This webinar presents some of the opportunities and challenges cities may encounter in their endeavour towards a sustainable and efficient low temperature district heating systems.
Ground source heat pumps (GSHP) and deeper geothermal heat can provide temperatures high enough for conventional DH.
Biofuel CHP plants have the potential to be used as a renewable peak plant, during times of low supply or high demand.
In Helsingborg, an absorption chiller at Västhamnsverket has been installed by Öresundskraft in order to deliver district cooling.
This article describes how solar energy can be harvested and used to supply district heating networks.
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.
With the evolution of electricity/power sources and district energy systems, it is becoming easier to increase the interaction.
Involvment of the tenants in Gårdsten in Gothenburg has made it possible to install district heating to white goods.
This webinar focuses on surplus heat recuperation from a public transportation system, and from a waste incineration plant.
The pump manufacturer Grundfos and Bjerringbro Varmeværk, invested in three heat pumps to co-produce heat and cooling.
The excess heat from Kopenhagen Furs large cold storage is sent to the local district heating company, Glostrup Varme.