Category:Energy: Difference between revisions

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Topics pertaining to energy as a whole including energy capture, energy dissipation and energy conversion
== Background ==
 
[[Image:0169 - Ames Generator.jpg|thumb|right|340px|[[Milestones:Ames Hydroelectric Generating Plant, 1891|Ames Hydroelectric Generating Plant]]]]
 
Energy and powered devices are an integral part of society. Humanity's earliest days saw the discovery of fire through wood combustion, and the use of charcoal for smelting metals dates back as early as 5000 BC. Powered devices using natural energy sources such as water and wind were introduced by the Ancient Greeks and were commonly used until the 18th century steam engine revolutionized the way devices could be powered. Various natural oils were used for a range of purposes, such as whale oil for lamps. The Industrial Revolution led to the massive use of coal as fuel, and the extraction of petroleum and various other oils became extremely important with the advent of internal combustion engines. Electrical power, also based on fossil fuels, became widespread at the end of the 19th century and the production of cleaner electrical energy through nuclear, hydropower, geothermal, and solar means is a topic even more relevant to today's world.


== Subcategories ==
== Subcategories ==


*'''[[:Category:Energy consumption|Energy consumption]]''' - the process of consuming energy through electrical or mechanical devices
*'''[[:Category:Consumer electronics|Consumer electronics]]''' - Electronic devices designed for consumer purchases such as sound systems
*'''[[:Category:Energy conversion|Energy conversion]]''' - the process of converting energy from one form to another
*'''[[:Category:Electric variables control|Electric variables control]]''' - Topics pertaining to control involving electric variables including current and gain control
*'''[[:Category:Energy dissipation|Energy dissipation]]''' - the process of losing energy over time
*'''[[:Category:Electrochemical devices & processes|Electrochemical devices & processes]]''' - Devices and processes which produce electricity from chemical reactions such as batteries, fuel cells and supercapacitors
*'''[[:Category:Energy management|Energy management]]''' - processes and strategies dealing with the control of energy
*'''[[:Category:Electromechanical systems|Electromechanical systems]]''' - Various mechnical systems which produce electricity such as belts, drives, and furnaces
*'''[[:Category:Energy resources|Energy resources]]''' - natural resources for energy such as fossil fuel
*'''[[:Category:Electrostatic devices & processes|Electrostatic devices & processes]]''' - Devices and processes dealing with static electricity including particle charging, surface charging and triboelectricity
 
*'''[[:Category:Energy|Energy]]''' - Topics pertaining to energy as a whole including energy capture, energy dissipation and energy conversion
[[Category:Power,_energy_&_industry_applications|{{PAGENAME}}]]
*'''[[:Category:Engines|Engines]]''' - Machines which transform energy into physical motion
*'''[[:Category:Manufacturing & production|Manufacturing & production]]''' - Various issues dealing with the manufacture and production of electronics
*'''[[:Category:Nuclear and plasma sciences|Nuclear and plasma sciences]]''' - The study of atomic particles, including the state of plasma where a certain number of particles are ionized
*'''[[:Category:Packaging|Packaging]]''' - Preparing products and electronics for commercial distribution
*'''[[:Category:Power electronics|Power electronics]]''' - The use of electronics for conversion of electric power
*'''[[:Category:Power engineering|Power engineering]]''' - Engineering for power distribution and electrification
*'''[[:Category:Power generation|Power generation]]''' - Topics and devices which are capable of generating power such as nuclear power generation, solar power generation and hydroelectric power generation
*'''[[:Category:Power systems|Power systems]]''' - Various kinds of power systems such as hybrid power systems, industrial power systems and transformers

Revision as of 17:07, 22 July 2014

Background

Energy and powered devices are an integral part of society. Humanity's earliest days saw the discovery of fire through wood combustion, and the use of charcoal for smelting metals dates back as early as 5000 BC. Powered devices using natural energy sources such as water and wind were introduced by the Ancient Greeks and were commonly used until the 18th century steam engine revolutionized the way devices could be powered. Various natural oils were used for a range of purposes, such as whale oil for lamps. The Industrial Revolution led to the massive use of coal as fuel, and the extraction of petroleum and various other oils became extremely important with the advent of internal combustion engines. Electrical power, also based on fossil fuels, became widespread at the end of the 19th century and the production of cleaner electrical energy through nuclear, hydropower, geothermal, and solar means is a topic even more relevant to today's world.

Subcategories

  • Consumer electronics - Electronic devices designed for consumer purchases such as sound systems
  • Electric variables control - Topics pertaining to control involving electric variables including current and gain control
  • Electrochemical devices & processes - Devices and processes which produce electricity from chemical reactions such as batteries, fuel cells and supercapacitors
  • Electromechanical systems - Various mechnical systems which produce electricity such as belts, drives, and furnaces
  • Electrostatic devices & processes - Devices and processes dealing with static electricity including particle charging, surface charging and triboelectricity
  • Energy - Topics pertaining to energy as a whole including energy capture, energy dissipation and energy conversion
  • Engines - Machines which transform energy into physical motion
  • Manufacturing & production - Various issues dealing with the manufacture and production of electronics
  • Nuclear and plasma sciences - The study of atomic particles, including the state of plasma where a certain number of particles are ionized
  • Packaging - Preparing products and electronics for commercial distribution
  • Power electronics - The use of electronics for conversion of electric power
  • Power engineering - Engineering for power distribution and electrification
  • Power generation - Topics and devices which are capable of generating power such as nuclear power generation, solar power generation and hydroelectric power generation
  • Power systems - Various kinds of power systems such as hybrid power systems, industrial power systems and transformers

Pages in category "Energy"

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Media in category "Energy"

The following 144 files are in this category, out of 144 total.