The War of the Currents: Edison, Tesla & the Electrification of America

Added:

Carnegie's Crisis
Morgan's Ambition
Electric vs. Kerosene
AC Emerges
Edison's Error
Morgan Rises
Tesla's Triumph
Morgan's Takeover
Rockefeller's Shift
Titans Unite

Carnegie's Crisis

2:23
Playing Section
  • 1

    Carnegie returns to Pittsburgh to salvage his empire after Frick's attack.

  • 2

    Frick's aggression and takeover attempt fracture their relationship.

  • 3

    Morgan emerges as a new threat to Carnegie's struggling steel company.

Basic principles of electricity, including voltage, current (amperage), resistance, and Ohm's Law.
The fundamental conceptual difference between Direct Current (DC) where electrons flow in one direction, and Alternating Current (AC) where flow periodically reverses.
Faraday's Law of Electromagnetic Induction and how changing magnetic fields can generate electrical current in a conductor.
The basic mechanics of electrical power transmission and the concept of energy loss (Joule heating) over long distances.
The engineering design of the modern three-phase AC electrical grid, including transformers, substations, and local distribution.
The emergence and application of High-Voltage Direct Current (HVDC) systems in modern long-distance power transmission.
The business history of the Gilded Age, focusing on corporate consolidation, patent wars, and the rise of industrial monopolies like General Electric.
The integration challenges of modern renewable energy sources (like solar and wind) which generate DC power or variable AC and must interface with the existing grid.
2.1M views13.4Klikes1:28:33@HISTORYOriginal Release: 2022-05-17

This video explores how JP Morgan partnered with Thomas Edison to develop direct current (DC) electricity, while simultaneously facing competition from Nikola Tesla's alternating current (AC) system; despite initial setbacks including Edison's controversial electric chair demonstrations and Westinghouse's aggressive competition, Morgan ultimately prevailed by acquiring Edison's company and converting it to AC, creating General Electric and establishing the AC standard that remains in use today.