US Certified First Modular Nuclear Reactor Design

Zincwarrior

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Nov 18, 2021
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NUscale small reactor Certified. This is a key step in long term energy independence. The reactors are fully passive safety devices, and are manufactured like normal machinery at a central plant, then shipped to location.
 

NUscale small reactor Certified. This is a key step in long term energy independence. The reactors are fully passive safety devices, and are manufactured like normal machinery at a central plant, then shipped to location.
It's controversial on it's (NUscale) economic ability to reduce cost.
 

NUscale small reactor Certified. This is a key step in long term energy independence. The reactors are fully passive safety devices, and are manufactured like normal machinery at a central plant, then shipped to location.
As long as America gets away from renewables and onto nuclear, then America will become energy independent. Simply because, renewables are so hopeless, countries end up relying on neighbouring countries for gas and oil.

Eventually in the future, each house will have a baseball sized nuclear fusion cell in the fusebox supplying the house with electric.
 
As long as America gets away from renewables and onto nuclear, then America will become energy independent. Simply because, renewables are so hopeless, countries end up relying on neighbouring countries for gas and oil.

Eventually in the future, each house will have a baseball sized nuclear fusion cell in the fusebox supplying the house with electric.
NUscale is the topic. They can't come up with the figures for kWh per dollar. If, and when they do become functional.
There is a lot of info on this company and whether or not they can compete with lower cost renewables.

 
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NUscale small reactor Certified. This is a key step in long term energy independence. The reactors are fully passive safety devices, and are manufactured like normal machinery at a central plant, then shipped to location.
We need sane leadership to get these small scale nuclear reactors in place around the country to augment already strained power grids.
 
NUscale is the topic. They can't come up with the figures for kWh per dollar. If, and when they do become functional.
There is a lot of info on this company and whether or not they can compete with lower cost renewables.

Unfortunately, renewables are not low cost, they're the opposite, they drive the cost of electric up through the ceiling.
 
The first Nuscale based reactor goes online in 2029 in Idaho, and they have also signed an agreement for a reactor plant in Romania. This technology makes a lot of sense and the small size of the reactors make them ideal to serve more remote areas.

 
As long as America gets away from renewables and onto nuclear, then America will become energy independent. Simply because, renewables are so hopeless, countries end up relying on neighbouring countries for gas and oil.

Eventually in the future, each house will have a baseball sized nuclear fusion cell in the fusebox supplying the house with electric.

People who say this literally have no idea how many nuclear power plants would be needed to power a whole country, much less one the size of the United States, in order to abandon renewables, oil, gas, etc. France, which is not even the size of texas has a whopping 56 nuclear power plants and they still rely heavily on oil, gas and renewables.
 
People who say this literally have no idea how many nuclear power plants would be needed to power a whole country, much less one the size of the United States, in order to abandon renewables, oil, gas, etc. France, which is not even the size of texas has a whopping 56 nuclear power plants and they still rely heavily on oil, gas and renewables.
Six nuclear plants powers 20% of the UK. So 6/20x100= 30.

The US population is 4.82 times that of the UK. So 30 x 4.82 = 144.6 nuclear plants.

Trying to downscale nuclear plants to be more community specific is a way forward for large countries, not so important for the UK. It's trying to make them cost effective.
 
Six nuclear plants powers 20% of the UK. So 6/20x100= 30.

The US population is 4.82 times that of the UK. So 30 x 4.82 = 144.6 nuclear plants.

Trying to downscale nuclear plants to be more community specific is a way forward for large countries, not so important for the UK. It's trying to make them cost effective.


According to the most recent data, as of last month, the UK has 9 reactors, which supply 15% of their energy. I guess they would need to build an additional 63 reactors to reach their goal of 100%.

The US has 93 reactors/plants, which supply about 20% of our energy. We would need to build hundreds of reactors/plants in order to be 100% fully nuclear powered. I'm sorry, but 50 extra reactors isn't going to hack it. Additionally, I don't think you can comprehend what a monumentally difficult if not impossible task it would be to build hundreds of reactors. Even a few dozen like it would be for the UK would be in a similar situation. If it was so easy, every country would be doing it. People really need to stop talking about how easy it would be to go full nuclear.
 

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