System 80+
The System 80+ is a pressurized water reactor , of the ALWR (Advanced Light Water Reactors, advanced light water reactors counts), It was developed by Combustion Engineering ; later the technology was transferred to the Westinghouse company . The System 80+ is the further development of the System 80 .
The reactor will be used at the Yeonggwang (Units 5 and 6) and Uljin (Units 3 to 6) locations in South Korea . The system 80+ was later developed into the Korean APR-1400 nuclear reactor .
Performance data
| Thermal performance | 3914 MW |
| Moderator | H 2 O |
| fuel | Enriched UO 2 |
| absorber | Integrated Er 2 O 3 |
| Active core diameter | 381 cm |
| Equivalent core diameter | 365 cm |
| Fuel bundle | 241 |
| Fuel rod assembly | 16x16 |
| Fuel rods per bundle | 236 |
| Detectors per ICI | 5 |
| Fuel change cycle | every 18 months |
| Void coefficient | negative |
| Cooling water temperature input | 291 ° C |
| Cooling water temperature output | 324 ° C |
Individual evidence
- ↑ EIA - New Reactor Design
- ↑ ABB CE Nuclear Power's System 80+ (English)
- ^ Light Water Reactors for the Next Century
- ↑ The System 80+ ( Memento from December 30, 2007 in the Internet Archive ) (English)
- ↑ World Nuclear Association - Advanced Nuclear Power Reactors (English)
- ↑ System 80+ Reactor Core Characteristics ( Memento from June 10, 2007 in the Internet Archive ) (English)
