Abstract
The results of establishing a low temperature plant within the Horsens (Denmark) area of district heating supply are evaluated. The plant is based on supply from the return piping in the central-heating plant`s main network and also on supplementary supply from the system`s in-flow pipes. It was shown that this system had operational advantages in the form of reduced costs related to pumping and a decrease in heat loss and also because of less use of the supply network`s capacity following the fact that the volume of water needed to be pumped from the main heating plant was smaller. Disadvantages were an increase in cost caused by the establishment of larger heating surfaces and pipe dimensions in the buildings in addition to a pump well with a mixing arrangement in the service pipe. (AB).
Citation Formats
None.
Low temperature system. Connection of a low temperature system to an existing district heating network. Evaluation project; Lavtemperaturanlaeg. Tilslutning af lavtemperaturanlaeg til eksisterende fjernvarmenet. Evalueringsprojekt.
Denmark: N. p.,
1993.
Web.
None.
Low temperature system. Connection of a low temperature system to an existing district heating network. Evaluation project; Lavtemperaturanlaeg. Tilslutning af lavtemperaturanlaeg til eksisterende fjernvarmenet. Evalueringsprojekt.
Denmark.
None.
1993.
"Low temperature system. Connection of a low temperature system to an existing district heating network. Evaluation project; Lavtemperaturanlaeg. Tilslutning af lavtemperaturanlaeg til eksisterende fjernvarmenet. Evalueringsprojekt."
Denmark.
@misc{etde_10148405,
title = {Low temperature system. Connection of a low temperature system to an existing district heating network. Evaluation project; Lavtemperaturanlaeg. Tilslutning af lavtemperaturanlaeg til eksisterende fjernvarmenet. Evalueringsprojekt}
author = {None}
abstractNote = {The results of establishing a low temperature plant within the Horsens (Denmark) area of district heating supply are evaluated. The plant is based on supply from the return piping in the central-heating plant`s main network and also on supplementary supply from the system`s in-flow pipes. It was shown that this system had operational advantages in the form of reduced costs related to pumping and a decrease in heat loss and also because of less use of the supply network`s capacity following the fact that the volume of water needed to be pumped from the main heating plant was smaller. Disadvantages were an increase in cost caused by the establishment of larger heating surfaces and pipe dimensions in the buildings in addition to a pump well with a mixing arrangement in the service pipe. (AB).}
place = {Denmark}
year = {1993}
month = {Feb}
}
title = {Low temperature system. Connection of a low temperature system to an existing district heating network. Evaluation project; Lavtemperaturanlaeg. Tilslutning af lavtemperaturanlaeg til eksisterende fjernvarmenet. Evalueringsprojekt}
author = {None}
abstractNote = {The results of establishing a low temperature plant within the Horsens (Denmark) area of district heating supply are evaluated. The plant is based on supply from the return piping in the central-heating plant`s main network and also on supplementary supply from the system`s in-flow pipes. It was shown that this system had operational advantages in the form of reduced costs related to pumping and a decrease in heat loss and also because of less use of the supply network`s capacity following the fact that the volume of water needed to be pumped from the main heating plant was smaller. Disadvantages were an increase in cost caused by the establishment of larger heating surfaces and pipe dimensions in the buildings in addition to a pump well with a mixing arrangement in the service pipe. (AB).}
place = {Denmark}
year = {1993}
month = {Feb}
}