Difference between revisions of "Energy efficiency policies on domestic appliances in Europe"
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===Dependencies=== | ===Dependencies=== | ||
+ | |||
+ | * [[European climate scenarios]] | ||
===Unit=== | ===Unit=== | ||
Line 25: | Line 27: | ||
{{resultlink}} | {{resultlink}} | ||
+ | |||
+ | {| {{prettytable}} | ||
+ | |+Policy combinations on energy efficiency of domestic appliances | ||
+ | |---- | ||
+ | | | ||
+ | !colspan="2"|European climate scenario | ||
+ | |---- | ||
+ | !Policy | ||
+ | !European BAU | ||
+ | !European policy scenario | ||
+ | |---- | ||
+ | |Basic domestic appliance policy | ||
+ | |None of the policies below | ||
+ | |All of the policies below | ||
+ | |---- | ||
+ | |Heat efficiency standards | ||
+ | |None but this | ||
+ | |All but this | ||
+ | |---- | ||
+ | |Reduced electricity demand | ||
+ | |None but this | ||
+ | |All but this | ||
+ | |---- | ||
+ | |Smart grids | ||
+ | |None but this | ||
+ | |All but this | ||
+ | |---- | ||
+ | |Reduced stand-by | ||
+ | |None but this | ||
+ | |All but this | ||
+ | |---- | ||
+ | |Energy saving bulbs | ||
+ | |None but this | ||
+ | |All but this | ||
+ | |---- | ||
+ | |} | ||
+ | |||
+ | For an explanation about the logic of the policy combinations, see [[Road transport policies in Europe#Result]]. | ||
+ | |||
+ | {| {{prettytable}} | ||
+ | |+Description of policies on energy efficiency of domestic appliances | ||
+ | |---- | ||
+ | !Policy | ||
+ | !Reference (BAU) | ||
+ | |Policy option | ||
+ | |---- | ||
+ | |Heat efficiency standards | ||
+ | |No additional actions. Total heat demand 6120 TWh/a. | ||
+ | |Increased insulation of buildings and other actions. Heat demand reduced by 50 % to 3060 TWh/a. | ||
+ | |---- | ||
+ | |Reduced electricity demand | ||
+ | |No additional actions. | ||
+ | |Electricity demand reduced by 20 % (are electric cars included here?). Reduces all electricity plants equally. | ||
+ | |---- | ||
+ | |Smart grids | ||
+ | |No additional actions. | ||
+ | |Virtual power plants, intelligent fridges and other methods to reduce the peak loads of electricity demand. (Reduces all plants equally, which is clearly unrealistic.) | ||
+ | |---- | ||
+ | |Reduced stand-by | ||
+ | |No additional actions. | ||
+ | |Electronic appliances do not stay in stand-by. (How large is the impact?) (Reduces all plants equally.) | ||
+ | |---- | ||
+ | |Energy saving bulbs | ||
+ | |No additional actions. 118 TWh/a is consumed to lighting. | ||
+ | |80 % reduction in electricity demand if electricity saving bulbs coverage is 100 %. | ||
+ | |---- | ||
+ | |} | ||
+ | |||
+ | |||
==See also== | ==See also== |
Latest revision as of 21:22, 28 February 2010
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Contents
Scope
What are potential energy efficiency policies on domestic appliances in Europe (EU-30) during the period 2010-2050 such that
- they maintain or improve the stock of domestic appliances,
- they help to achieve the climate change mitigation targets,
- they are economically feasible?
Definition
Data
Dependencies
Unit
-
Formula
Result
European climate scenario | ||
---|---|---|
Policy | European BAU | European policy scenario |
Basic domestic appliance policy | None of the policies below | All of the policies below |
Heat efficiency standards | None but this | All but this |
Reduced electricity demand | None but this | All but this |
Smart grids | None but this | All but this |
Reduced stand-by | None but this | All but this |
Energy saving bulbs | None but this | All but this |
For an explanation about the logic of the policy combinations, see Road transport policies in Europe#Result.
Policy | Reference (BAU) | Policy option |
---|---|---|
Heat efficiency standards | No additional actions. Total heat demand 6120 TWh/a. | Increased insulation of buildings and other actions. Heat demand reduced by 50 % to 3060 TWh/a. |
Reduced electricity demand | No additional actions. | Electricity demand reduced by 20 % (are electric cars included here?). Reduces all electricity plants equally. |
Smart grids | No additional actions. | Virtual power plants, intelligent fridges and other methods to reduce the peak loads of electricity demand. (Reduces all plants equally, which is clearly unrealistic.) |
Reduced stand-by | No additional actions. | Electronic appliances do not stay in stand-by. (How large is the impact?) (Reduces all plants equally.) |
Energy saving bulbs | No additional actions. 118 TWh/a is consumed to lighting. | 80 % reduction in electricity demand if electricity saving bulbs coverage is 100 %. |