Ann: Appendix 5B March 2023 Quarterly Cashflow, page-54

Its not only China that doing a Nuclear Power roll out.. This is from U.S Department of Energy

Path way to commercial liftoff

Advanced Nuclear
As a carbon-free, firm power generating resource, nuclear can play a critical role in complementing the buildout of variable
renewables and providing a significant portion of the additional clean, firm capacity required in all decarbonization scenarios.

System modeling indicates achieving net-zero in the U.S. by 2050 requires adding on the order of 550–770 GW of additional
clean, firm power. These same models indicate advanced nuclear is likely to be the economic option for at least 200 GW of
this capacity addition assuming expected overnight capital cost reductions, comparing favorably with other clean, firm options
(e.g., renewables paired with long duration energy storage, fossil with carbon capture, geothermal). Deploying ~200 GW of
nuclear capacity in the U.S. could require ~$700B in capital formation by 2050, with $35-40B required by 2030. Challenges
with transmission expansion, interconnection, land-use intensity, and other factors limiting renewables buildout are likely to
make nuclear an even more attractive option.

New deployment of advanced reactors at scale, however, will depend heavily on taking action toward building a committed
orderbook of 5-10 projects by 2030; and achieving predictable construction timelines and cost profiles, by incorporating
lessons learned from Units 3 and 4 at the Alvin W. Vogtle Electric Generating Plant, two Westinghouse AP1000 pressurized
water reactors.