Abstract
The Daqing Nuclear Heating Plant is the first commercial heating plant to be built in China. The plant is planned to be used as the main heat resource of one residential quarter of Daqing city. The main parameters of the heating plant are summarized in the paper. The load curve shows that the capacity of the NHP is about 69% of total capacity of the grid. The 12 existing boilers can be used as reserve and peak load heat resources. Two patterns of load following have have been considered and tested on the 5MW Test Heating Reactor. Experiment shows load of heat grid is changed slowly, so automatic load following is not necessary. (author). 9 figs, 1 tab.
Changwen, Ma
[1]
- Institute of Nuclear Energy and Technology, Tsingua Univ., Beijing (China)
Citation Formats
Changwen, Ma.
District heating grid of the Daqing Nuclear Heating Plant.
IAEA: N. p.,
1997.
Web.
Changwen, Ma.
District heating grid of the Daqing Nuclear Heating Plant.
IAEA.
Changwen, Ma.
1997.
"District heating grid of the Daqing Nuclear Heating Plant."
IAEA.
@misc{etde_548267,
title = {District heating grid of the Daqing Nuclear Heating Plant}
author = {Changwen, Ma}
abstractNote = {The Daqing Nuclear Heating Plant is the first commercial heating plant to be built in China. The plant is planned to be used as the main heat resource of one residential quarter of Daqing city. The main parameters of the heating plant are summarized in the paper. The load curve shows that the capacity of the NHP is about 69% of total capacity of the grid. The 12 existing boilers can be used as reserve and peak load heat resources. Two patterns of load following have have been considered and tested on the 5MW Test Heating Reactor. Experiment shows load of heat grid is changed slowly, so automatic load following is not necessary. (author). 9 figs, 1 tab.}
place = {IAEA}
year = {1997}
month = {Sep}
}
title = {District heating grid of the Daqing Nuclear Heating Plant}
author = {Changwen, Ma}
abstractNote = {The Daqing Nuclear Heating Plant is the first commercial heating plant to be built in China. The plant is planned to be used as the main heat resource of one residential quarter of Daqing city. The main parameters of the heating plant are summarized in the paper. The load curve shows that the capacity of the NHP is about 69% of total capacity of the grid. The 12 existing boilers can be used as reserve and peak load heat resources. Two patterns of load following have have been considered and tested on the 5MW Test Heating Reactor. Experiment shows load of heat grid is changed slowly, so automatic load following is not necessary. (author). 9 figs, 1 tab.}
place = {IAEA}
year = {1997}
month = {Sep}
}