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Nuclear Power For Australia?

Labor seems to be panicking.

Dutton’s nuclear plan has been given economic credibility in the Frontier Economics report. The international experience gives weight to its efficacy.
Labor has failed in its attempt to dispute the modelling that found its renewables-only plan would cost more than $600bn. In fact, it offered no contest. So let’s assume it’s correct.

 
Did you read who the experts in the article were?
Did they actually say how much energy is required?
Situation normal LOL.
Like I say, let's get some facts and figures, rather than self interest opinions.
Remempber 15 years ago, every kid needs to go to university, because all the jobs in the future will be in technology.
Now we have a shortage of tradespeople, well lets see what happens if the problem is a shortage of power.
The "experts" will be conspicuous by their silence, as is happening on the jobs front now. Lol
 
Dutton’s nuclear plan has been given economic credibility in the Frontier Economics report.

Here is a page containing the staff of Frontier Economics.


They all look remarkably similar, they are basically all economists.

No nuclear engineers or scientists among them, so what do economists know about building nuclear reactors ?

Who did they ask for technical opinions?

This goes back to the fundamental reasons why costs of nuclear reactors and other technical infrastructure blow out. Get someone to give a blue sky opinion, then the engineers find they can't build it for the price quoted unless they cut serious corners.

The CSIRO on the other hand, contains scientists and engineers.

I know who I believe.
 
When you apply the same scrutiny to Frontier Economics, get back to me.
I'll look them up when I get back to a computer, the other mob were Gratton Institute, like I've said over and over, why don't they post up facts rather than opinions.
I'm not being emotional about it, if they lay out the FACTS, the answers will be obvious IMO.
Funny that neither side are doing that, which is leading to the general public making emotional stances, with zero knowledge of why they are doing it. Lol
 

When could a scientist and engineer cost a job and keep it to budget?

You are mimicking the Labor Party at the moment - clutching at straws.



Co-founded in 1999 by economist and managing director Danny Price, Frontier Economics has grown into a highly skilled team of more than 35 professionals based throughout Australia and Singapore.
The firm’s expertise spans a wide range of sectors, including energy, transport, urban design, public policy, and more.
Though the public may not always recognise the influence of economists, their impact is felt across many facets of our daily lives, often working “behind the scenes” to ensure the delivery of projects and policies.


Frontier Economics (Frontier) is a microeconomics consultancy providing economics advice to public and private sector clients on matters of competition policy, public policy, regulation, commercial strategy, behavioural economics and energy and climate change. The Frontier Economics network consists of separate companies based in Europe (Berlin, Brussels, Cologne, Dublin, London, Madrid and Paris) and Australia (Melbourne, Sydney and Brisbane) & Singapore.
Frontier Economics Pty Ltd was formed in Australia in May 1999 by Danny Price (managing director), Philip Williams and David Briggs. In 2016, the company opened an office in Singapore. The company currently employs around 30 consultants across offices in Australia and Singapore. In April 2015, Stephen Gray became chairman of Frontier Economics Pty Ltd. Current directors include Danny Price, Stephen Gray and Andrew Harpham.

 

Their work is world renown for accuracy.


Hydrogen storage and power plant combination proposed by SA Labor

Water we doing about hydrogen?

 
There is a lot of vested interests involved in this, like I keep saying lay out the facts, how much generation and storage will be required to de carbonise the economy, it really is as simple as that.

Once that is known, the choices will become obvious, if it can be done with a sensible amount of hydro, batteries and renewables, then that's the way to go.

If it will require a certain amount of at call firming well then a small amount of nuclear may be the way to go.
Why wont some of these experts break it down to basic numbers? Obviously they don't want it that simple LOL.
 
You are mimicking the Labor Party at the moment - clutching at straws.

Nope. Just saying I would rather trust scientists and engineers to build things than economists.

Just parroting Frontier Economics advertisements doesn't mean they are good at their jobs.

A lot of people thought PWC were good at their jobs too.
 


What ever it is you are smoking I'll have some...

WTF has nuclear subs got to do with generation, answer nothing unless you nuclear arm the subs.

As for your experience in generation maybe you could have paid more attention

As for my opinions they have got SFA to do with emotions stop projecting

If all you have is personal sniping and running pissing contests give up now its embarrassing

And as you cannot read my opinion is renewable are 100% deliverable now but will require gas.

Nuclear isn't deliverable now and will also need gas plus it will cost a motsa and tax payers will have to stump it up.
 
For Australia nuclear does have significant sovereign risk, we don't and cannot make the fuel.
You must have short term memory loss, you brought up the issue of nuclear soveriegn risk, I was just jogging you memory that we are already committed to nuclear in the subs, if anyone is smoking something it obviously isn't me. Lol

By the way, you still can't answer the question of how much renewables we actually need, all you seem to do is rant and blather on, but that probably helped a lot in the union position.

Maybe if you had actually worked in generation, you would have valid points, rather than parroting media trash. Lol

Another thing on the subject of gas, if the Labor Govt in W.A had shut down Muja, rather than Kwinana, they wouldn't be burning coal now, Kwinana could run on gas or coal. Lol
But you would know that, with your brilliance.
 
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For gods sake grow up the nuclear subs fuel is almost for the life of the sub that wont be the case for generation.
 
Mean while back at the farm or station

Gina Rinehart to build “eye sore” solar farm on family property to help power new iron ore project​


Gina Rinehart, Australia’s richest person, may not be a fan of renewable energy – she describes solar as an “eye sore”, but her private company is now planning to build a major solar farm to help power a big new iron ore project on the family’s historic pastoral property.

The addition of the solar farm is revealed in a revised application for the Mulga Downs iron ore project in the Pilbara to the state’s Environment Protection Authority.

As has been widely reported elsewhere, the new plans will see the scale of Mulga Downs – to be built on the pastoral property where Rinehart spent much of her childhood – downsized considerably, seeking to produce 40 per cent less iron ore than previously expected, and reducing the amount of groundwater to be extracted.

 
For gods sake grow up the nuclear subs fuel is almost for the life of the sub that wont be the case for generation.
What has that got to do with your percieved soveriegn risk, or was it just another brain fart on your part?
 
As for your experience in generation maybe you could have paid more attention
Well as you want to make it personal about my ability and knowledge on generation, compared to yours. Lol

How clever was it to shut down 600MW of gas fired steam generation, while then having to use tax payers money to pay an Indian owned mine, to suply coal to a Japanese owned coal fired power station? And it is still happening.

Go figure, yet you say they are on top of the game.
I certainly hope so. Lol.
Because blind faith doesn't keep the lights on, as you well know from personal experience. Lol
 
When could a scientist and engineer cost a job and keep it to budget?
I don't know about this economics consultant specifically but I do know how certain others operate.

Give them the required conclusion and a pile of money and they produce a report to suit.

Seen that done many years ago.

How the private sector does it is engineering lead. There are certainly finance professionals involved but the process is engineering lead, since there's no point coming up with prices without having first worked out the physical side. Basic steps are engineering identifies the differing options and what's required for each, then there's a combined effort to price them and assess financial risks.

That's why the private projects usually come in close to the estimates. Because the estimates are done to inform the decision not to justify a decision that's already made.

Therein lies the problem with politics as a basis for decision making and the reason the states, most notably Victoria and Tasmania, intentionally gagged their own governments on the subject a century ago.

Personally I'm not impressed with either Labor or the Coalition on all of this. A competent team of engineers, project managers, accountants etc could run rings around either. Both are guilty of politics - it was a given that Labor would come up with a non-nuclear solution and I doubt there's even one person anywhere in Australia who expected the Coalition to not come up with a pro-nuclear position.

Both are starting with the conclusion and working backwards to find arguments for it rather than objectively considering the options and crunching the numbers.
 
How the private sector does it is engineering lead. There are certainly finance professionals involved but the process is engineering lead
Adding that if we consider what an engineer actually does, it's fundamentally a derivative of economics.

Using structural engineering as the example, if you just build everything far stronger than it needs to be then there's no need to worry about proper engineering. Hence any competent handyman can build themselves a deck, fence or anything else simply by using an abundance of heavy gauge materials.

Why you need an engineer is if you want to calculate the lowest specifications that won't fall down.

The bit the economists miss, and I've seen this many times, is failing to understand that the engineering design is not a given and that if it turns out a particular approach is too expensive then changing the design is an option. That's the mistake invariably made by all-economics approaches, they tend to get the best possible price for doing x, but don't optimise x itself.

Engineers aren't experts in materials prices, labour or project management however. They can seek to minimise quantities but they're not the best people to be determining the total project cost and factoring in the cost of capital during construction and so on. Finance people are much better at that.

But if the two are combined along with others such as project management well now everything can be optimised in terms of the total cost, bearing in mind, and this is a key point, that usually won't mean anything is optimised in terms of itself. That is, being 80% perfect with the technical, construction, capital management and so on tends to end up cheaper than being 100% perfect with one and ignoring the others.

One practical outcome of that being there are very few electrical power systems globally based on a single technology. Because it's not true that nuclear, hydro, wind, coal, solar, gas or whatever is cheaper outright but rather, it's true that a particular technology is cheaper for a certain load profile. Hence the cheapest approach becomes to break the load down into portions and build the type of generation that can do each portion most economically.

Now in case that's lost anyone, well the most commonly known portion of the load profile is the base load, and that is where the concept of base load generation originates from. The idea of building generation specifically for the base load but not for other load, and the reasons for that are economic far more than they are technical.

Likewise other components - peak load, intermediate (aka shoulder), load following (aka regulating), spinning reserve and cold reserve plant (which is typically just old outdated plant retained for the purpose, but could be purpose built if required).

It always has been an exercise in breaking down the task and using the most cost effective technology for each component of it. Suffice to say that won't be achieved without the involvement of both engineering and finance people as well as others in the process, it's well beyond the scope of any one profession.

Looking at Australia specifically, several times within living memory we've driven costs down by a combination of engineering and construction approaches sufficiently to make otherwise unviable projects outright winners. The key was to treat both as contributing to the same outcome, coming up with designs that could be cheaply built and coming up with construction approaches that enabled a cheap design.

Failure on that means both the renewables and the nuclear proposals are inferior compared to what they could be, resulting a situation where taxpayers end up footing the bill and the nation's international competitiveness suffers.

Something's going very wrong in Australia if, despite having such a highly educated population, we're not taking an intellectual approach to this. It ought be well within our capabilities to crunch the numbers and come up with definitive answers.
 

Do a little more research and reading, then get back to me

Danny Price has been around for a long time, and is trusted by many in the industry, and his services have been used by past premiers and PM's from both sides of politics, including having a massive input into South Australian energy policy that is working to this day.
 
What has that got to do with your percieved soveriegn risk, or was it just another brain fart on your part?


No idea what you are on about other than trolling.

As to the amount of renewables required you keep harping on about the AEMO say we are running nearly 40% now what comes next will be location dependent the short fall will need to be gas or even revert back to coal that's the reality of now waiting for new tech.
 
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