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The Answers

Question 1:  How many 5G cell towers will be required to replace all current 4G cell towers?

The average 4G cell tower covers 22 sq miles.
22 miles in feet: 116,160  
4g Tower Area:   p   * (116,160 /2)² = 10,592,119,296 sq. ft.
5g Tower Area:  p   * (500 /2)² = 196,250 sq. ft.
5g cell sites that fit inside one 4g area =  10,592,119,296 / 196,250  = 53,973
5q cell sites required to replace all cell towers = 53.973 * 307,626 = 16,611,804,000

Question 2:  How much power (kw) will the average 5G tower require?

Power requirements for 5g towers inside a single 4g tower area = 6 kw x 3 = 18kw
Power requirements per 5g cell site = 18kw / 53973 = .33 kw

Question 3:  How much power will all 5G towers require when fully deployed to replace all current 4G towers.

.33kw * 16,611,804,000 = 5,481,895,320 kw  or 5482 mw  or 5.4 gw

In 2017, the total US installed electricity generation for summer capacity:  1,072.46 gw

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