Fuente: EIA |
In 1908,
the last time the Cubs won the World Series, the United States produced less
than half a million barrels per day (b/d) of oil, with crude oil production
having only started approximately 50 years earlier. At that time, crude oil was
mainly refined to produce kerosene for use in lamps. The first Ford Model T
automobile was produced in 1908, kicking off a shift in demand for petroleum
products from kerosene for lamps to gasoline for automobiles.
The last
time the Chicago Cubs made a World Series appearance, in 1945, the United States
was producing 4.6 million b/d of crude oil. Production had been steadily
increasing in the decades prior, as the economy grew and industry expanded
following the Great Depression.
The last
time the Cleveland Indians won the World Series, in 1948, the United States
produced 5.5 million b/d of crude oil. Crude oil production had been steadily
increasing since declines in the 1930s and would continue to increase until
production declines in the 1970s. More recently, in 1997, the last time the
Cleveland Indians appeared in the World Series, the United States produced 6.4 million
b/d of oil, falling to the production levels of the 1950s.
The
consumption of energy in the United
States has also changed significantly over
the past hundred years. In 1908, the country consumed just 15 quadrillion
British thermal units (Btu), of which three-quarters was coal. By the time the
Cubs made their last World Series appearance, total energy consumption in the
country had doubled. Coal was still the main fuel, but petroleum had also
become a large source of energy consumption.
In
comparison, the last time the Indians appeared in the World Series (1997), U.S. energy
consumption had increased to totals closer to those seen today. Consumption in
1997 totaled 94 quadrillion Btu. Coal’s share had fallen to one-quarter of
total consumption, and natural gas and nuclear made up a large share. Since
then, the shares of natural gas and other renewables used to generate
electricity have increased, resulting in a lower share of coal generation.
The share
of nonhydro renewable consumption is actually lower today (10%) than it was in
1908 (15%). This is a factor of both lower energy consumption as a whole and a
large amount of biomass (in this case wood) consumption 100 years ago. Today,
while the nonhydro renewable share of total energy consumption is lower than in
1908, solar and wind generation continue to increase and make up a large
percentage of total nonhydro renewables.
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