Your grandfather's nuclear power plant
From some random provider
~70
MWh
-
Power: ~ 1500MWe
-
Construction time: ~ 10 years
-
The start of the first self-build: ~ 1965?
-
Cooling: with pumps
-
Safety system: depends on people and electricity
-
Concrete volume:
-
Volume of waste:
-
Emergency planning zone: 15 km
-
Construction costs: ~ 10 billion
-
Standardised components: no
BWRX-300
GE Hitachi
~50
MWh
-
Power: 300MWe
-
Construction time: ~ 28 months
-
The start of the first self-build: 2024
-
Cooling: Free convection
-
Safety system: passive, does not require intervention
-
Concrete volume:
-
Volume of waste:
-
Emergency planning zone: not necessary outside the station's territory
-
Construction costs: 1 billion
-
Standardised components: Yes
References
| "Ordinary" nuclear plant | vs | VMR |
|---|---|---|
| Space needs | ||
| Material needs | ||
| 7 billion | Construction price | 1 billion |
| 7 years | Construction duration | 3 years |
| 70 | Electricity production €/MWh | 50 |
| 1500 | Power | 300 |
| Volume of waste | ||
| active - depends on people and electricity | Safety system | passive - does not require intervention |
| with pumps | Reactor cooling | Free convection |
| 15 km | Emergency planning zone | less than 1 km |
| no | Standardized components | Yes |
| Licensability in Estonia |