Energy service technology: Difference between revisions
J.williams (talk | contribs) m 1 revision imported |
Energy>Jmdonev No edit summary |
||
| Line 1: | Line 1: | ||
[[Category:Done | [[Category:Done 2026-06-01]] | ||
<onlyinclude> | <onlyinclude>'''Energy service technology''' is a system that transforms [[energy currency]] ([[electricity]], [[gasoline]], etc.) into a [[energy service|useful task]]. Energy service technologies are often seen as the part of the energy system that 'uses' energy, even though it's part of the whole system.</onlyinclude> These [[technology|technologies]] are everywhere in our lives, and include: | ||
*[[motor vehicle|Cars]] | *[[motor vehicle|Cars]] | ||
| Line 8: | Line 8: | ||
*[[Appliance]]s (stoves, dishwashers, washers and dryers) | *[[Appliance]]s (stoves, dishwashers, washers and dryers) | ||
The two main energy currencies are electricity and gasoline, seen in Figure 1, as they are extremely versatile in their use and provide extraordinary services. These forms of [[energy]] allow people to communicate across the world, move vast distances, and much more, | The two main energy currencies are electricity and gasoline, seen in Figure 1 below, as they are extremely versatile in their use and provide extraordinary services. These forms of [[energy]] allow people to communicate across the world, move vast distances, and much more. However, in their raw form energy currencies are essentially unusable. They require the use of technologies, such as the ones listed above, in order to achieve tasks. | ||
[[File:EnergyFlow.png|830px|thumb|center|Figure 1. A diagram of how energy makes its way from the sun into the energy services used everyday. Energy currencies like [[electricity]] and [[gasoline]] are a critical step.<ref>This drawing was made by Xining Chen for this website in August 2014 and is used with her permission.</ref> | [[File:EnergyFlow.png|830px|thumb|center|Figure 1. A diagram of how energy makes its way from the sun into the energy services used everyday. Energy currencies like [[electricity]] and [[gasoline]] are a critical step. Without the currency stage, the primary energy wouldn't be able to be turned into the energy service.<ref>This drawing was made by Xining Chen for this website in August 2014 and is used with her permission.</ref> ]] | ||
Many energy service technologies take a tremendous amount of energy to create. Their materials must be mined and refined, [[smelt]]ed, reprocessed, and manufactured. The end product must also be [[transportation|transported]] to where it can be made useful. All in all the energy it takes to make a technology adds up | Many energy service technologies take a tremendous amount of energy to create. Their materials must be mined and refined, [[smelt]]ed, reprocessed, and manufactured. The end product must also be [[transportation|transported]] to where it can be made useful. All in all, the energy it takes to make a technology adds up far beyond what a consumer could imagine. This is known as a technology's ''[[embedded energy]]'' - the energy that was required to make it can be thought of as being "embedded" within it. | ||
== For Further Reading == | |||
* [[Embedded energy]] | |||
* [[Energy currency]] | |||
* [[Energy service]] | |||
* [[Transportation]] | |||
* Or explore a [[Special:Random|random page]] | |||
==References== | ==References== | ||
{{reflist}}[[Category:Uploaded]] | {{reflist}}[[Category:Uploaded]] | ||
Revision as of 22:30, 22 May 2026
Energy service technology is a system that transforms energy currency (electricity, gasoline, etc.) into a useful task. Energy service technologies are often seen as the part of the energy system that 'uses' energy, even though it's part of the whole system. These technologies are everywhere in our lives, and include:
- Cars
- Cell phones
- Laptops
- Light bulbs
- Appliances (stoves, dishwashers, washers and dryers)
The two main energy currencies are electricity and gasoline, seen in Figure 1 below, as they are extremely versatile in their use and provide extraordinary services. These forms of energy allow people to communicate across the world, move vast distances, and much more. However, in their raw form energy currencies are essentially unusable. They require the use of technologies, such as the ones listed above, in order to achieve tasks.
Many energy service technologies take a tremendous amount of energy to create. Their materials must be mined and refined, smelted, reprocessed, and manufactured. The end product must also be transported to where it can be made useful. All in all, the energy it takes to make a technology adds up far beyond what a consumer could imagine. This is known as a technology's embedded energy - the energy that was required to make it can be thought of as being "embedded" within it.
For Further Reading
References
- ↑ This drawing was made by Xining Chen for this website in August 2014 and is used with her permission.

