Nuclear power plays a significant role in the United States energy sector, accounting for approximately one-fifth of the country's annual electricity generation. Across the nation, there are around 48 active nuclear power plants that contribute to a substantial portion of the domestic energy requirements by harnessing the tremendous energy released from atom's core with nuclear fission. Examining the data, significant patterns emerge, including:
Topping the list, Illinois stands unrivaled when it comes to the number of nuclear reactors, hosting a whopping 11 reactors within its borders. The second state in line, Pennsylvania, is home to 9 nuclear reactors. Next, we have South Carolina, whose 7 nuclear reactors punch above their weight. Following the top three, we have Alabama and North Carolina, each with 5 nuclear reactors. Rounding out the top ten, the states of Florida, Georgia, New York, Tennessee, and Virginia each have 4 nuclear reactors. States with the Most Nuclear Reactors:
Metric
Value
Rank
# of Nuclear Reactors
5
#4
Nuclear Energy Production
46.0K
#4
Metric
Value
Rank
# of Nuclear Reactors
3
#14
Nuclear Energy Production
31.6K
#10
Metric
Value
Rank
# of Nuclear Reactors
2
#21
Nuclear Energy Production
13.6K
#21
Metric
Value
Rank
# of Nuclear Reactors
2
#22
Nuclear Energy Production
16.5K
#18
Metric
Value
Rank
# of Nuclear Reactors
2
#16
Nuclear Energy Production
17.2K
#17
Metric
Value
Rank
# of Nuclear Reactors
4
#6
Nuclear Energy Production
28.1K
#14
Metric
Value
Rank
# of Nuclear Reactors
4
#7
Nuclear Energy Production
34.0K
#9
Metric
Value
Rank
# of Nuclear Reactors
11
#1
Nuclear Energy Production
97.0K
#1
Metric
Value
Rank
# of Nuclear Reactors
1
#30
Metric
Value
Rank
# of Nuclear Reactors
1
#23
Nuclear Energy Production
8.6K
#25
Metric
Value
Rank
# of Nuclear Reactors
2
#20
Nuclear Energy Production
17.2K
#16
Metric
Value
Rank
# of Nuclear Reactors
2
#19
Nuclear Energy Production
15.0K
#19
Metric
Value
Rank
# of Nuclear Reactors
1
#24
Metric
Value
Rank
# of Nuclear Reactors
4
#12
Nuclear Energy Production
34.3K
#8
Metric
Value
Rank
# of Nuclear Reactors
3
#15
Nuclear Energy Production
14.1K
#20
Metric
Value
Rank
# of Nuclear Reactors
1
#26
Nuclear Energy Production
11.8K
#22
Metric
Value
Rank
# of Nuclear Reactors
1
#27
Nuclear Energy Production
4.3K
#28
Metric
Value
Rank
# of Nuclear Reactors
1
#29
Nuclear Energy Production
6.9K
#27
Metric
Value
Rank
# of Nuclear Reactors
1
#25
Nuclear Energy Production
9.9K
#24
Metric
Value
Rank
# of Nuclear Reactors
3
#13
Nuclear Energy Production
28.1K
#13
Metric
Value
Rank
# of Nuclear Reactors
4
#8
Nuclear Energy Production
31.1K
#11
Metric
Value
Rank
# of Nuclear Reactors
5
#5
Nuclear Energy Production
43.1K
#5
Metric
Value
Rank
# of Nuclear Reactors
2
#18
Nuclear Energy Production
17.5K
#15
Metric
Value
Rank
# of Nuclear Reactors
9
#2
Nuclear Energy Production
75.9K
#2
Metric
Value
Rank
# of Nuclear Reactors
7
#3
Nuclear Energy Production
53.8K
#3
Metric
Value
Rank
# of Nuclear Reactors
4
#9
Nuclear Energy Production
35.3K
#7
Metric
Value
Rank
# of Nuclear Reactors
4
#11
Nuclear Energy Production
40.2K
#6
Metric
Value
Rank
# of Nuclear Reactors
4
#10
Nuclear Energy Production
28.6K
#12
Metric
Value
Rank
# of Nuclear Reactors
1
#28
Nuclear Energy Production
8.5K
#26
Metric
Value
Rank
# of Nuclear Reactors
2
#17
Nuclear Energy Production
10.0K
#23