gel batteries Polar Vortex - Nuclear Saves The Day

Everything is for diversity.
Whether in biology, culture, training or technology, if there is enough diversity to adapt, the system will survive when conditions change.
Or it will die.
Things are always changing.
The same is true of electricity production.
Having a diverse energy portfolio is the key to a society's survival in population, government, geological processes and natural disasters, supply disruptions during war, and extreme weather changes.
This concept was fully demonstrated in our run last week --
There is a certain polar vortex
In this case, nuclear power and wind have increased their release when gas and coal have not been delivered on demand.
The polar vortex is a new term in the news, and it is indeed an old term.
Just ask al Locke!
Polar vortex is a term for high altitude vortex.
The pressure system hovering over the Arctic in winter, rotating like a bowl above the Arctic.
This Whirlpool determines how much cold air escapes from the Arctic and enters the United States through Canada in the winter.
Last week, the atmospheric effects that have often occurred in the past have weakened the vortex and allowed a large amount of cold air to flow out of the bowl and further in the direction than usual, bringing cold Arctic air into the central and eastern parts of the United States.
Atmospheric scientists want to know if the warmer Arctic Ocean will affect its behavior, reducing the frequency of vortex occurrence (NOAA climate ). gov).
This Whirlpool has happened on average every few years in the past.
But the last time was 20 years ago.
The impact of the grid on this massive cold wave (IEEE) is not immune.
As the vortex effect hits half of America, all power generation systems have been shut down. S.
But most of them involve fossil fuel systems.
The coal pile is frozen, or the diesel generator can't run at all at such a low temperature. Gas choked up -
Its pipes can't meet the demand.
Prices are soaring.
The first problem with such a widespread cold is the surge in electricity and gas.
Heating needs, because everyone is heating, it takes more energy to keep us at a comfortable temperature.
The affected areas are also much larger than normal.
Normally, it is not necessary to heat up frequently in the state of Luis Anna.
In New England, natural gas power generation is so shaken that ISO New England, the regional grid administrator, has to build dirtier coal and oil plants to make up for the difference.
Nuclear power has no problem at all and has actually become a major power supplier in New England, only 29% to 27% less than natural gas (Hartford commercial ).
Oil generated 15% of electricity and coal 14%.
Last year, the International Organization for standardized warned New England that, among all other factors, there was a growing dependence on natural gas as a generator and home heating fuel.
Not diversified enough.
Due to the surge in demand for natural gas from home heating, power plants have much less fuel.
But throughout the Whirlpool, the nuclear has performed very well.
The whole fleet runs at 95% capacity, which is a ridiculously high value (NEI ).
Not only that, most nuclear power plants actually generate more energy due to the cold weather.
The energy output of any thermal (steam) power plant depends on the temperature difference between the steam and the external/condenser temperature (Cano cycle.
So these very low temperatures actually improve the efficiency of nuclear power plants.
It has a similar but small effect on wind energy.
Usually, extreme cold weather does not have enough wind speed to produce useful wind, but the vortex produces some very good wind speed, especially on its periphery.
Coupled with the huge demand for natural gas outpacing supply, gas prices have soared, and utilities like the state of Neas and Texas with huge wind power capacity can make up for natural gas (American Wind Energy Association) there is a big difference in losses.
Natural gas prices have risen by more than 300% in the US state of NE, so utilities have introduced wind energy into the grid to meet 13% of demand and lower electricity prices.
Even in the south of Texas, the temperature in the polar vortex is still significantly lower, enough to increase energy demand and stop demand forecasts, a record peak of 57 GW.
Bring wind to the power grid and make the price more stable.
These necessary plots by suppliers to deal with such extreme changes are not without cost.
Power costs are directly proportional to the utility's ability to predict demand and usage.
For example, Duke Electric lost about $10 million a year due to wrong weather forecasts, as the cost of increasing thermal power plants up and down is high.
In 1996, in September, the Duke of Hurricane Hugo's expense sheet was about $65 million.
Due to the geographical area of the polar vortex, it may eventually cost the United States $0. 5 billion.
But the nuclear does not add anything to this cost.
If we don't have nuclear power, we will have a power outage. at such temperatures, we will face real public danger.
The largest PJM interconnect company in the United StatesS.
The grid operator was photographed in the middle of the effect.
Within 24 hours, the PJM reached a winter peak of 141,500 MW (MW.
PJM issued the biggest emergency power generation alert on Tuesday, warning power-
Factory operators who meet the conditions required for this record requirement (IEEE.
Around this time, about 20% of the generators in the PJM area were shut down due to cold weather.
On Wednesday morning, nearly 40,000 MW of the PJM 190,000 MW installed capacity went offline.
Losing so much ability shows how close we are to the edge.
Therefore, it is very important to diversify the energy mix.
We should not throw away any sources, we need to study and develop how to improve the efficiency and flexibility of all sources.
Whether it's a large amount of liquid
Gel batteries that maximize renewable energy capacity, small modular nuclear reactors, better pipeline technology and monitoring, we should do this no matter what we can do.
As for mixing, a third fossil, a third nuclear energy and a third renewable energy source will form a diversified portfolio that can be sustained and implemented by about 2040 people.
The knowledge gained in doing so will greatly enhance our technical understanding of the entire energy sector.
This will also reduce fuel costs and reduce emissions by about half, our baseline portfolio now (New Mexico Journal of Science.
If not the world, how we achieve our energy future will change the survival and decline of the United States.
The polar vortex has just cooled.