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1
Introduction
2
Connecting Resistors
3
Parallel Resistors
4
Electric Generation
5
Steam Turbine
6
Rotary Motion
7
Turbine Assembly
8
AC vs DC
9
Alternating Current
10
Single Phase Transformer
11
Semi Conductor Devices
12
Electricity Grid
13
Electricity Flow
14
Energy Consumption
15
Renewables
16
Capacity Factor
17
Peak Demand
18
Generation Resources
19
Smart Grid
20
Future Grid
21
FutureGrid
Description:
Explore the evolution of electricity and its future in this 55-minute seminar from the North Carolina School of Science and Mathematics. Delve into the physics of electricity, electrical circuit principles, renewable energy, and smart grid technology. Learn about the historical debate between Thomas Edison and Nikola Tesla, and how it relates to modern electrical systems. Discover topics such as connecting resistors, electric generation, turbine assembly, AC vs DC, transformers, semiconductor devices, and the electricity grid. Examine energy consumption patterns, renewable resources, capacity factors, and peak demand. Gain insights into the development of smart grids and the future of electricity distribution. Presented by NCSSM physics instructor Gabriel Stefan and Steve Mann, Director of Research at Solutions Generators Network, this seminar offers a comprehensive look at the past, present, and future of electrical systems and renewable energy.

Not Your Grandfather's Electricity - Physics and Future of Electrical Systems

North Carolina School of Science and Mathematics
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