MottMacDonald (2011) Nuclear Power PWR 2050

Title: MottMacDonald (2011) Nuclear Power PWR 2050 cost data point

Content: Please explain how the following costs have been treated:

# Uranium extraction and processing
# Uranium storage
# Uranium disposal
# Connection costs to national grid

You may also wish to comment on:

# Items that this cost excludes or includes
# The conditions under which this cost is valid
# Why this cost differs from others
# Any limitations of this cost estimate

Categories:
Cost data points
Nuclear Power cost data points



User: Michael Clark

Signed off by: 

Signed off at: 

Cost category: Nuclear Power cost data

Cost source: MottMacDonald (2011) cost source

Valid for quantity of fuel: 

Valid in year: 2050

Efficiency: 

Life: 60 years

Size: 

Fuel: 

Operating: £(2010)55.76-19.38/KWpeak plus £(2010)1.8-2.5/MWh

Capital: £(2010)3485-1384/kw

Default fuel unit: 

Default operating unit: 

Default capital unit: 

Label: PWR

Output: 85%

Title: MottMacDonald (2011) Nuclear Power PWR 2050 cost data point

Content: Please explain how the following costs have been treated:

# Uranium extraction and processing
# Uranium storage
# Uranium disposal
# Connection costs to national grid

You may also wish to comment on:

# Items that this cost excludes or includes
# The conditions under which this cost is valid
# Why this cost differs from others
# Any limitations of this cost estimate

Categories:
Cost data points
Nuclear Power cost data points



User: Michael Clark

Signed off by: 

Signed off at: 

Cost category: Nuclear Power cost data

Cost source: MottMacDonald (2011) cost source

Valid for quantity of fuel: 

Valid in year: 2050

Efficiency: 

Life: 60 years

Size: 

Fuel: 

Operating: £(2010)55.76-19.38/KWpeak plus £(2010)1.8-2.5/MWh

Capital: £(2010)3485-1384/kw

Default fuel unit: 

Default operating unit: 

Default capital unit: 

Label: PWR

Output: 85%