Energy demand - TIAM-UCL - Revision history

Matthew Winning at 17:46, 14 December 2016

2016-12-14T17:46:13Z

← Older revision		Revision as of 19:46, 14 December 2016
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	== Behavioural change ==		== Behavioural change ==
	Behaviour and heterogeneous agents ~~and~~ mostly not explicitly considered ~~and is only really determined through~~ price mechanisms e.g. there is no modal shift in the transport sector.		Behaviour and heterogeneous agents are mostly not explicitly considered but are represented via price mechanisms e.g. there is no modal shift in the transport sector. With the exceptions of technology and region specific discount rates and price responsive energy service demands i.e. see Residential sector. Diffusion constraints can be implemented to simulate behavioural inertia (among the other barriers that are not explicitly included in the model).

	~~The~~ exceptions ~~from this are~~ technology and region specific ~~hurdle~~ rates and price responsive energy service demands i.e. see Residential sector.

	Diffusion constraints can be ~~interpreted~~ to simulate ~~also behaviour related~~ inertia (among the other barriers that are not explicitly included in the model).

Matthew Winning at 17:41, 14 December 2016

2016-12-14T17:41:26Z

← Older revision		Revision as of 19:41, 14 December 2016
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	\|DocumentationCategory=Energy demand		\|DocumentationCategory=Energy demand
	}}		}}
	Demand drivers (population, GDP, family units, etc.) are obtained externally, via other models or from other sources (e.g. UN statistics, World Bank, IEA). Energy-service demands and respective drivers in the TIAM-UCL are presented in Table '''2-1'''. The demands for energy services are linked to the drivers' projections via elasticities. These elasticities of demands are intended to reflect changing patterns in energy service demands in relation to socio-economic growth, such as saturation in some energy end-use demands, increased urbanization, or changes in consumption patterns once the basic needs are satisfied. The energy-service demands for future years are projected using the following relationship:		Demand drivers (population, GDP, family units, etc.) are obtained externally, via other models or from other sources (e.g. UN statistics, World Bank, IEA). Energy-service demands and respective drivers in the TIAM-UCL are presented in Table '''2-1'''. The demands for energy services are linked to the drivers' projections via elasticities, see bellow. These elasticities of demands are intended to reflect changing patterns in energy service demands in relation to socio-economic growth, such as saturation in some energy end-use demands, increased urbanization, or changes in consumption patterns once the basic needs are satisfied. The energy-service demands for future years are projected using the following relationship:

	[[File:35815634.png]]		[[File:35815634.png]]

	Where ''k'' is a constant equal to 1 for most of the energy services demand. The constant ''k'' is population and number of households when the driver is GDPP and GDPPHOU respectively.		Where ''k'' is a constant equal to 1 for most of the energy services demand. The constant ''k'' is population and number of households when the driver is GDP per Person (GDPP) and GDP per Household (GDPPHOU) respectively.

	'''Table 2-1: Energy-services demand and respective drivers'''		'''Table 2-1: Energy-services demand and respective drivers'''
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	\|GDP		\|GDP
	\|}		\|}
	*~~Driver~~ is GDPPHOU for AFR, CHI, CSA, EEU, FSU, IND, MEA, MEX, ODA and SKO		*The driver is GDPPHOU for AFR, CHI, CSA, EEU, FSU, IND, MEA, MEX, ODA and SKO

	===== '''Driver Elasticity''' =====		===== '''Driver Elasticity''' =====

Matthew Winning at 17:34, 14 December 2016

2016-12-14T17:34:33Z

← Older revision		Revision as of 19:34, 14 December 2016
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	[[File:35815634.png]]		[[File:35815634.png]]

	Where, ''k'' is a constant~~, it value is~~ 1 for most of the energy services demand. The constant ''k'' is population and number of households when the driver is GDPP and GDPPHOU respectively.		Where ''k'' is a constant equal to 1 for most of the energy services demand. The constant ''k'' is population and number of households when the driver is GDPP and GDPPHOU respectively.

	'''Table 2-1: Energy-services demand and respective drivers'''		'''Table 2-1: Energy-services demand and respective drivers'''

Matthew Winning at 17:33, 14 December 2016

2016-12-14T17:33:29Z

← Older revision		Revision as of 19:33, 14 December 2016
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	[[File:35815634.png]]		[[File:35815634.png]]

	Where, ''k'' is a constant; it is ~~one~~ for most of the energy services demand. The constant ''k'' is population and number of households when the driver is GDPP and GDPPHOU respectively.		Where, ''k'' is a constant, it value is 1 for most of the energy services demand. The constant ''k'' is population and number of households when the driver is GDPP and GDPPHOU respectively.

	'''Table 2-1: Energy-services demand and respective drivers'''		'''Table 2-1: Energy-services demand and respective drivers'''

Matthew Winning at 17:30, 14 December 2016

2016-12-14T17:30:46Z

← Older revision		Revision as of 19:30, 14 December 2016
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	\|PJ		\|PJ
	\|GDP		\|GDP
	}		\|}
	*Driver is GDPPHOU for AFR, CHI, CSA, EEU, FSU, IND, MEA, MEX, ODA and SKO		*Driver is GDPPHOU for AFR, CHI, CSA, EEU, FSU, IND, MEA, MEX, ODA and SKO

Matthew Winning at 17:29, 14 December 2016

2016-12-14T17:29:57Z

← Older revision		Revision as of 19:29, 14 December 2016
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	\|Commercial Cooling - Region 1		\|Commercial Cooling - Region 1
	\|PJ		\|PJ
			\|PSER
	\|-		\|-
	~~\|PSER~~
	\|CCK		\|CCK
	\|Commercial Cooking		\|Commercial Cooking
	\|PJ		\|PJ
			\|PSER
	\|-		\|-
	~~\|PSER~~
	\|CH1		\|CH1
	\|Commercial Space Heat - Region 1		\|Commercial Space Heat - Region 1
	\|PJ		\|PJ
			\|PSER
	\|-		\|-
	~~\|PSER~~
	\|CHW		\|CHW
	\|Commercial Hot Water		\|Commercial Hot Water
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	\|PJ		\|PJ
	\|HOU		\|HOU
			\|-
	\|RHW		\|RHW
	\|-
	\|Residential Hot Water		\|Residential Hot Water
	\|PJ		\|PJ
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	\|PJ		\|PJ
	\|GDP		\|GDP
			}
	*Driver is GDPPHOU for AFR, CHI, CSA, EEU, FSU, IND, MEA, MEX, ODA and SKO		*Driver is GDPPHOU for AFR, CHI, CSA, EEU, FSU, IND, MEA, MEX, ODA and SKO

Matthew Winning at 17:28, 14 December 2016

2016-12-14T17:28:11Z

Show changes

Matthew Winning at 17:12, 14 December 2016

2016-12-14T17:12:33Z

← Older revision		Revision as of 19:12, 14 December 2016
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	\|DocumentationCategory=Energy demand		\|DocumentationCategory=Energy demand
	}}		}}
	Demand drivers (population, GDP, family units, etc.) are obtained externally, via other models or from ~~accepted~~ other sources. Energy-service demands and respective drivers in the TIAM-UCL are presented in Table '''2-1'''. The demands for energy services are linked to the drivers' projections via elasticities. These elasticities of demands are intended to reflect changing patterns in energy service demands in relation to socio-economic growth, such as saturation in some energy end-use demands, increased urbanization, or changes in consumption patterns once the basic needs are satisfied. The energy-service demands for future years are projected using the following relationship:		Demand drivers (population, GDP, family units, etc.) are obtained externally, via other models or from other sources (e.g. UN statistics, World Bank, IEA). Energy-service demands and respective drivers in the TIAM-UCL are presented in Table '''2-1'''. The demands for energy services are linked to the drivers' projections via elasticities. These elasticities of demands are intended to reflect changing patterns in energy service demands in relation to socio-economic growth, such as saturation in some energy end-use demands, increased urbanization, or changes in consumption patterns once the basic needs are satisfied. The energy-service demands for future years are projected using the following relationship:

	[[File:35815634.png]]		[[File:35815634.png]]

Matthew Winning at 14:24, 14 October 2016

2016-10-14T14:24:12Z

← Older revision		Revision as of 16:24, 14 October 2016
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	{{ModelDocumentationTemplate		{{ModelDocumentationTemplate
			\|IsEmpty=No
	\|IsDocumentationOf=TIAM-UCL		\|IsDocumentationOf=TIAM-UCL
	\|DocumentationCategory=Energy demand		\|DocumentationCategory=Energy demand
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	'''Table 2-1: Energy-services demand and respective drivers'''		'''Table 2-1: Energy-services demand and respective drivers'''


	'''Code'''		'''Code'''

Rineke Oostenrijk: Text replacement - "(Image:.IMPORT\/attachments\/[0-9]\/[0-9]*.png\|)" to "File:"

2016-08-24T12:06:43Z

Text replacement - "(Image:.*IMPORT\/attachments\/[0-9]*\/[0-9]*.png\|)" to "File:"

← Older revision		Revision as of 14:06, 24 August 2016
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	Demand drivers (population, GDP, family units, etc.) are obtained externally, via other models or from accepted other sources. Energy-service demands and respective drivers in the TIAM-UCL are presented in Table '''2-1'''. The demands for energy services are linked to the drivers' projections via elasticities. These elasticities of demands are intended to reflect changing patterns in energy service demands in relation to socio-economic growth, such as saturation in some energy end-use demands, increased urbanization, or changes in consumption patterns once the basic needs are satisfied. The energy-service demands for future years are projected using the following relationship:		Demand drivers (population, GDP, family units, etc.) are obtained externally, via other models or from accepted other sources. Energy-service demands and respective drivers in the TIAM-UCL are presented in Table '''2-1'''. The demands for energy services are linked to the drivers' projections via elasticities. These elasticities of demands are intended to reflect changing patterns in energy service demands in relation to socio-economic growth, such as saturation in some energy end-use demands, increased urbanization, or changes in consumption patterns once the basic needs are satisfied. The energy-service demands for future years are projected using the following relationship:

	[[~~Image~~:~~TIAM-UCLIMPORT/attachments/34379438/35815634.png\|~~35815634.png]]		[[File:35815634.png]]

	Where, ''k'' is a constant; it is one for most of the energy services demand. The constant ''k'' is population and number of households when the driver is GDPP and GDPPHOU respectively.		Where, ''k'' is a constant; it is one for most of the energy services demand. The constant ''k'' is population and number of households when the driver is GDPP and GDPPHOU respectively.