Technological change in energy - IMACLIM - Revision history

Eoin OBroin at 14:57, 18 October 2016

2016-10-18T14:57:29Z

← Older revision		Revision as of 16:57, 18 October 2016
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	Technological change is represented in a variety of ways in Imaclim-R:		Technological change is represented in a variety of ways in Imaclim-R:

	* For technologies that are explicitly represented, i.e. power generation technologies there are cost-reducing learning-by-doing factors. See [[Electricity_-_IMACLIM\|Section on electricity]] and private vehicles (see [[Transport_-_IMACLIM\|Section on transport]]. For general technical change see [[Technological_change_-_IMACLIM\|Section on Technical Change]].		* For technologies that are explicitly represented, i.e. power generation technologies there are cost-reducing learning-by-doing factors. See [[Electricity_-_IMACLIM\|Section on electricity]] and private vehicles (see [[Transport_-_IMACLIM\|Section on transport]].

			* For sectors where explicit portfolios of technologies are not represented, the model nonetheless covers (price induced) endogenous energy efficiency improvements and substitutions with other sectors. See [[Production_system_and_representation_of_economic_sectors_-_IMACLIM\|Section on productive sectors]].

			* For general technical change see [[Technological_change_-_IMACLIM\|Section on Technical Change]].

Eoin OBroin at 09:24, 13 October 2016

2016-10-13T09:24:59Z

← Older revision		Revision as of 11:24, 13 October 2016
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	Technological change is represented in a variety of ways in Imaclim-R:		Technological change is represented in a variety of ways in Imaclim-R:

	* ~~There is cost-reducing learning-by-doing factor for~~ technologies that are explicitly represented, i.e. power generation technologies ~~(see~~ [[Electricity_-_IMACLIM\|Section on electricity]] and private vehicles (see [[Transport_-_IMACLIM\|Section on transport]]).		* For technologies that are explicitly represented, i.e. power generation technologies there are cost-reducing learning-by-doing factors. See [[Electricity_-_IMACLIM\|Section on electricity]] and private vehicles (see [[Transport_-_IMACLIM\|Section on transport]]. For general technical change see [[Technological_change_-_IMACLIM\|Section on Technical Change]].

	* For sectors where explicit portfolios of technologies are not represented, the model nonetheless covers (price induced) endogenous energy efficiency improvements and substitutions with other sectors (see [[Production_system_and_representation_of_economic_sectors_-_IMACLIM\|Section on productive sectors]].

	* Moreover, the model includes inertias and path-dependencies, via capacity stocks (capital generations), as well as constraints on the maximal speed of technology deployment.

	* The current version of the model uses exogenous trends in labor productivity to model exogenous technical change ~~of labor (~~see [[~~Economic_activity_~~-_IMACLIM\|Section on ~~economic growth~~]].

Eoin OBroin at 15:26, 11 October 2016

2016-10-11T15:26:18Z

← Older revision		Revision as of 17:26, 11 October 2016
Line 5:		Line 5:
	Technological change is represented in a variety of ways in Imaclim-R:		Technological change is represented in a variety of ways in Imaclim-R:

	* There is cost-reducing learning-by-doing factor for technologies that are explicitly represented, i.e. power generation technologies (see [~~/x/45UMAg section~~ on electricity]~~) )~~ and private vehicles (see [~~/x/55UMAg section~~ on transport]).		* There is cost-reducing learning-by-doing factor for technologies that are explicitly represented, i.e. power generation technologies (see [[Electricity_-_IMACLIM\|Section on electricity]] and private vehicles (see [[Transport_-_IMACLIM\|Section on transport]]).
	* For sectors where explicit portfolios of technologies are not represented, the model nonetheless covers (price induced) endogenous energy efficiency improvements and substitutions with other sectors (see [~~/x/6ZUMAg section~~ on productive sectors])
			* For sectors where explicit portfolios of technologies are not represented, the model nonetheless covers (price induced) endogenous energy efficiency improvements and substitutions with other sectors (see [[Production_system_and_representation_of_economic_sectors_-_IMACLIM\|Section on productive sectors]].

	* Moreover, the model includes inertias and path-dependencies, via capacity stocks (capital generations), as well as constraints on the maximal speed of technology deployment.		* Moreover, the model includes inertias and path-dependencies, via capacity stocks (capital generations), as well as constraints on the maximal speed of technology deployment.

	* The current version of the model uses exogenous trends in labor productivity to model exogenous technical change of labor (see [~~/x/25UMAg section~~ on economic growth]).		* The current version of the model uses exogenous trends in labor productivity to model exogenous technical change of labor (see [[Economic_activity_-_IMACLIM\|Section on economic growth]].

Rineke Oostenrijk: Text replacement - "https://wiki.ucl.ac.uk" to ""

2016-08-30T15:11:47Z

Text replacement - "https://wiki.ucl.ac.uk" to ""

← Older revision		Revision as of 17:11, 30 August 2016
Line 5:		Line 5:
	Technological change is represented in a variety of ways in Imaclim-R:		Technological change is represented in a variety of ways in Imaclim-R:

	* There is cost-reducing learning-by-doing factor for technologies that are explicitly represented, i.e. power generation technologies (see [~~https://wiki.ucl.ac.uk~~/x/45UMAg section on electricity]) ) and private vehicles (see [~~https://wiki.ucl.ac.uk~~/x/55UMAg section on transport]).		* There is cost-reducing learning-by-doing factor for technologies that are explicitly represented, i.e. power generation technologies (see [/x/45UMAg section on electricity]) ) and private vehicles (see [/x/55UMAg section on transport]).
	* For sectors where explicit portfolios of technologies are not represented, the model nonetheless covers (price induced) endogenous energy efficiency improvements and substitutions with other sectors (see [~~https://wiki.ucl.ac.uk~~/x/6ZUMAg section on productive sectors])		* For sectors where explicit portfolios of technologies are not represented, the model nonetheless covers (price induced) endogenous energy efficiency improvements and substitutions with other sectors (see [/x/6ZUMAg section on productive sectors])

	* Moreover, the model includes inertias and path-dependencies, via capacity stocks (capital generations), as well as constraints on the maximal speed of technology deployment.		* Moreover, the model includes inertias and path-dependencies, via capacity stocks (capital generations), as well as constraints on the maximal speed of technology deployment.

	* The current version of the model uses exogenous trends in labor productivity to model exogenous technical change of labor (see [~~https://wiki.ucl.ac.uk~~/x/25UMAg section on economic growth]).		* The current version of the model uses exogenous trends in labor productivity to model exogenous technical change of labor (see [/x/25UMAg section on economic growth]).

Rineke Oostenrijk: 1 revision imported

2016-08-17T09:44:34Z

1 revision imported

← Older revision

Revision as of 11:44, 17 August 2016

Rineke Oostenrijk at 11:44, 16 August 2016

2016-08-16T11:44:12Z

New page

{{ModelDocumentationTemplate
|IsDocumentationOf=IMACLIM
|DocumentationCategory=Technological change in energy
}}
Technological change is represented in a variety of ways in Imaclim-R:

* There is cost-reducing learning-by-doing factor for technologies that are explicitly represented, i.e. power generation technologies (see [https://wiki.ucl.ac.uk/x/45UMAg section on electricity]) ) and private vehicles (see [https://wiki.ucl.ac.uk/x/55UMAg section on transport]).
* For sectors where explicit portfolios of technologies are not represented, the model nonetheless covers (price induced) endogenous energy efficiency improvements and substitutions with other sectors (see [https://wiki.ucl.ac.uk/x/6ZUMAg section on productive sectors])

* Moreover, the model includes inertias and path-dependencies, via capacity stocks (capital generations), as well as constraints on the maximal speed of technology deployment.

* The current version of the model uses exogenous trends in labor productivity to model exogenous technical change of labor (see [https://wiki.ucl.ac.uk/x/25UMAg section on economic growth]).