Stranded assets and thermal coal in Japan: An analysis of environment-related risk exposure

Deploying a ‘bottom up’ asset-level methodology, we analysed the exposure of all of Japan’s current and planned coal-fired power stations to environment-related risk. Planned coal capacity greatly exceeds that required for replacement - by 191%. This may result in overcapacity and combined with comp...

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Váldodahkkit: Caldecott, B, Dericks, G, Tulloch, D, Kruitwagen, L, Kok, I
Materiálatiipa: Report
Almmustuhtton: Smith School of Enterprise and the Environment 2016
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author Caldecott, B
Dericks, G
Tulloch, D
Kruitwagen, L
Kok, I
author_facet Caldecott, B
Dericks, G
Tulloch, D
Kruitwagen, L
Kok, I
author_sort Caldecott, B
collection OXFORD
description Deploying a ‘bottom up’ asset-level methodology, we analysed the exposure of all of Japan’s current and planned coal-fired power stations to environment-related risk. Planned coal capacity greatly exceeds that required for replacement - by 191%. This may result in overcapacity and combined with competition from other forms of generation capacity with lower marginal costs (e.g. nuclear and renewables), lead to significant asset stranding of coal generation assets. Stranded coal assets in Japan would affect utility returns for investors; impair the ability of utilities to service outstanding debt obligations; and create stranded assets that have to be absorbed by taxpayers and ratepayers.
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spelling oxford-uuid:6ad7eaf6-efef-41e1-a0ec-b040f8b704a32022-03-26T19:00:02ZStranded assets and thermal coal in Japan: An analysis of environment-related risk exposureReporthttp://purl.org/coar/resource_type/c_93fcuuid:6ad7eaf6-efef-41e1-a0ec-b040f8b704a3Symplectic Elements at OxfordSmith School of Enterprise and the Environment2016Caldecott, BDericks, GTulloch, DKruitwagen, LKok, IDeploying a ‘bottom up’ asset-level methodology, we analysed the exposure of all of Japan’s current and planned coal-fired power stations to environment-related risk. Planned coal capacity greatly exceeds that required for replacement - by 191%. This may result in overcapacity and combined with competition from other forms of generation capacity with lower marginal costs (e.g. nuclear and renewables), lead to significant asset stranding of coal generation assets. Stranded coal assets in Japan would affect utility returns for investors; impair the ability of utilities to service outstanding debt obligations; and create stranded assets that have to be absorbed by taxpayers and ratepayers.
spellingShingle Caldecott, B
Dericks, G
Tulloch, D
Kruitwagen, L
Kok, I
Stranded assets and thermal coal in Japan: An analysis of environment-related risk exposure
title Stranded assets and thermal coal in Japan: An analysis of environment-related risk exposure
title_full Stranded assets and thermal coal in Japan: An analysis of environment-related risk exposure
title_fullStr Stranded assets and thermal coal in Japan: An analysis of environment-related risk exposure
title_full_unstemmed Stranded assets and thermal coal in Japan: An analysis of environment-related risk exposure
title_short Stranded assets and thermal coal in Japan: An analysis of environment-related risk exposure
title_sort stranded assets and thermal coal in japan an analysis of environment related risk exposure
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AT tullochd strandedassetsandthermalcoalinjapanananalysisofenvironmentrelatedriskexposure
AT kruitwagenl strandedassetsandthermalcoalinjapanananalysisofenvironmentrelatedriskexposure
AT koki strandedassetsandthermalcoalinjapanananalysisofenvironmentrelatedriskexposure