Difference between revisions of "Energy"

From The Crowdsourced Resource-Based Economy Knowledgebase
Jump to: navigation, search
Line 80: Line 80:
 
<ref>http://www.greenem.nl/columns/2012/01/864/wat-kost-een-koelkast-per-jaar</ref>
 
<ref>http://www.greenem.nl/columns/2012/01/864/wat-kost-een-koelkast-per-jaar</ref>
  
 +
== Monetary cost ==
 +
 +
=== Solar updraft tower ===
 +
 +
Estimates of total costs range from 7 (for a 200 MW plant) and 21 (for a 5 MW plant) euro cents per kWh to 25-35 cents per kWh.Levelized cost are approximately 3 Euro cents per KWh for a 100 MW wind or natural gas plant. <ref>http://en.wikipedia.org/wiki/Solar_updraft_tower </ref>
 +
 +
Capacity (guesstimate) 10 Watt x 10,000 = 100 MW
 +
kwh per person 0,6 x 365 x 40 x 0,07 = 613 EUR out of total budget 7,000 EUR
 +
0,9 x ... = 920 EUR
 +
Highest kwh price: ... x 0,35 = 3,000 EUR
 +
Average electricity use: <ref> http://www.nibud.nl/uitgaven/huishouden/gas-elektriciteit-en-water.html</ref> 5 x ... 4,800 EUR
 +
 +
Energy saved by replacing televisions and desktop computers by beamers and ipads seems to be a factor 10. Combining that with the lowest price comes to a favorable result (613 EUR / 7,000 EUR).
  
 
== References ==
 
== References ==
 
{{Reflist}}
 
{{Reflist}}

Revision as of 06:07, 26 February 2013

Energy can be saved through sharing appliances (for instance by using a beamer to watch film and television). Energy plays an important part in automation.


Contents

Energy generation

Centralized

Solar updraft tower [1]

+ Low maintenance cost.

+Uses greenhouses that can be used for agriculture.

-Takes in a relatively large amount of space.

-Solar has a variable output.

Solar power tower

+Desalinizes water.

+Contains a furnace (that can be used for melting iron for instance).

-Solar has a variable output.

Energy use

  • Beamer

100-300 Watts. Can provide for +- 100 people. Per person: 2 Watt.[2]

  • Small led television

57 Watt. Per person: 14-57 Watt.[3]

  • Xbox

185 Watts [4]

  • Wii

18 Watts[5]

  • Desktop (with peripherals):

60-250 Watts[6]

  • Laptop:

40 Watts[7]

  • Netbook:

16 Watts[8]

  • Tablet (Ipad2)

1-3 Watts [9]

  • Iphone

Less than tablet[10]

  • Amplifier

40 Watts and up [11]

  • DVD player

10 Watts and up


  • Nanolight (100W equivalent, 30,000 hours)

12 Watts [12]

  • Led lamp (50-60W equivalent, 50,000 hours)

6 Watts [13]


  • Washing machine

0,81kwh/wash average 9 year average 500 EUR[14] (If 10 people share one machine: 36 years = 200 EUR per person)

  • Dishwasher

175 Kwh [15]

  • Refrigerator

16 Watt [16]

Monetary cost

Solar updraft tower

Estimates of total costs range from 7 (for a 200 MW plant) and 21 (for a 5 MW plant) euro cents per kWh to 25-35 cents per kWh.Levelized cost are approximately 3 Euro cents per KWh for a 100 MW wind or natural gas plant. [17]

Capacity (guesstimate) 10 Watt x 10,000 = 100 MW kwh per person 0,6 x 365 x 40 x 0,07 = 613 EUR out of total budget 7,000 EUR 0,9 x ... = 920 EUR Highest kwh price: ... x 0,35 = 3,000 EUR Average electricity use: [18] 5 x ... 4,800 EUR

Energy saved by replacing televisions and desktop computers by beamers and ipads seems to be a factor 10. Combining that with the lowest price comes to a favorable result (613 EUR / 7,000 EUR).

References

Personal tools
Namespaces

Variants
Actions
Navigation
Toolbox
Share