I don't follow your math....

2200 MW/hr *1000kW/MW * $0.05per kW/hr * 24hr/Day *365 Day/year

I get $963,600,000 /year gross
for about 14.6 year payoff with the given assumptions (which are admittedly
unrealistic)


-Denny



On Sat, Apr 14, 2012 at 10:52 PM, RussellMc <apptechnz@gmail.com> wrote:

> If the plant makes 2200 MW 24/7 year after year,
> if fuel costs $0,
> if maintenance costs $0,
> if staff costs $0,
> if interest rate of borrowed money is 0.0000000%,
> if there are no
>    accidents
>    or other costs such as
>        waste disposal,
>        site remediation,
>        security,
>        insurance [tm] etc
> not in the $14M
> OR if any of the above are fully costed using standard DCF into the $14B
>
> then
>
> at $0.05/unit whole sale breakeven occurs in 348 years.
> At $1.00 per unit it's 17 years.
>
> Anyone researching this please tell me where the loans, security
> insurance staff etc can be found at $0 *and I'll have some too.
>
>
> Russell
>
> * MAY be in the $14B.
>
> > http://articles.latimes.com/2012/feb/09/nation/la-na-nuclear-20120210
> >
> > #1  At 14 billion dollars for two reactors.... what is the breakdown of
> costs ?
> >     How much of this could be done off-site and be shipped to the site ?
> >     Why 14 billion dollars ?
> >
> > #2  What is the cash flow for this investment ?  Loan costs versus sale
> of electrical power ......
> >
> >
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