With a couple of years of development effort we could build a medium sized nuclear reactor that would be extremely save, extremely fuel, cheap fuel (essentially free), extremely reliable and it would solve availability issues.

You can literally mass produce the reactor and send it to standardized facilities all over the place, on or of the grid.

This would not even be very costly, a robust reactor development program to start with and some commercialization of the tech and regulatory change to allow it. No Manhatten projected needed.

I think doing what you suggest and replacing all coal and natural gas plants with reliable energy is pretty insane in comparison. Not to mention that that is only the easy part of the problem. I don't know a reliable way to solve the availability issue. The only close to viable approach is Musk-Style mass production of batteries. Even that is only viable if we continue to make leap and bounds improvements to batteries.

This is about solving the energy needs of 10 Billion people in this century. A Manhattan style mass production of solar cells and wind turbines will not get it done.

Thorium has the highest energy density and its practically unlimited, both in the ground and we already mine it. It simply is not that hart do build a modular reactor that can be mass produced. We know it works, and we know that it solved all the problem we have, including availability, pollution and global warming.

I think a lot of the love for nuclear is technophilia, not reason. We love nuclear because it's hard, requiring exotic engineering and, yes, risk. There's a bigger sense of triumph in it.

I think people love it because you can get an average American's lifetime supply of energy from 1.5 soda cans of fuel and produce 3 soda cans of waste. And it's 24/7 reliable and emission free. That astounding energy density and associated tiny footprint is exciting all on its own.

Solar and wind don't provide predictable power. Even places with high reliance on these tend to have an ongoing dependency on coal (or nuclear) to handle times when supply from renewables drops.

This has been discussed ad nauseam, we need 1) storage, 2) smarter grids (which we need anyways). Of course there will have to be investment but what better investment could there be? We get 1) jobs, 2) cleaner air, 3) to keep living and have future generations able to live as well or better than we did.

> This has been discussed ad nauseam

Then why are you claiming that you do not understand it? Yes, there are potential mitigations but there are major engineering concerns with large scale storage. You say that we can scale solar today but the reality is we can't yet.

Nuclear is sustainable energy that we can scale now without additional concerns about also scaling energy storage. That's why people are interested.

But we can't really scale nuclear, not in any kind of reasonable time frame. Take this for example [1], billions of dollars and decades to finish. Nobody thinks there won't be a transition period where we have to use existing coal, natural gas and nuclear but in terms of what we should be investing in right now, sustainable should be the focus I think. I have no issue with new nuclear plants where it makes sense, but it doesn't seem economically like it is actually that great of a choice given how expensive they are and how long they take to build.

You forgot the link

My bad - https://www.nytimes.com/2017/07/31/climate/nuclear-power-pro...

I think we'll be able to solve the storage-grid engineering problems and scale solar faster than we would be able to scale nuclear. Nuclear is expensive to build.

Please compare it with how expensive energy storage is.

I don't think storage is really the ideal long term solution either, storage is more short term and is more like a buffer I think. The ideal is having large interconnected grids with a great diversity of sources. We essentially have the technology right now, its just a matter of building the infrastructure which nobody is really willing to foot the bill for even though its needed for everyone.

Only until we provide energy storage as part of the power grid - which is coming. Capture surplus from solar/wind when the sun shines and the wind blows, dump it back into the grid when demand exceeds generation. This is doable with technology that's a century old.

We just haven't built it yet. We will.

As well as larger more interconnected grids (probably utilizing HVDC).

It reminds me of this onion article [1]. Its obviously hyperbole, there are actual real issues to resolve but compared with building nuclear weapons and going to the moon?

[1] http://www.theonion.com/article/scientists-politely-remind-w...