Model concept, solver and details - COFFEE-TEA - Revision history

Rineke Oostenrijk: Text replacement - "IsDocumentationOf=TEA" to "IsDocumentationOf=COFFEE-TEA"

2019-09-06T10:58:44Z

Text replacement - "IsDocumentationOf=TEA" to "IsDocumentationOf=COFFEE-TEA"

← Older revision		Revision as of 12:58, 6 September 2019
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	{{ModelDocumentationTemplate		{{ModelDocumentationTemplate
	\|IsDocumentationOf=TEA		\|IsDocumentationOf=COFFEE-TEA
	\|DocumentationCategory=Model concept, solver and details		\|DocumentationCategory=Model concept, solver and details
	}}		}}

Rineke Oostenrijk: Rineke Oostenrijk moved page Model concept, solver and details - TEA to Model concept, solver and details - COFFEE-TEA without leaving a redirect: Text replacement - " - TEA" to " - COFFEE-TEA"

2019-09-06T10:53:06Z

Rineke Oostenrijk moved page Model concept, solver and details - TEA to Model concept, solver and details - COFFEE-TEA without leaving a redirect: Text replacement - " - TEA" to " - COFFEE-TEA"

← Older revision

Revision as of 12:53, 6 September 2019

Rafael Garaffa: Concept and solver description

2019-02-25T14:32:15Z

Concept and solver description

← Older revision		Revision as of 16:32, 25 February 2019
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	\|DocumentationCategory=Model concept, solver and details		\|DocumentationCategory=Model concept, solver and details
	}}		}}
	'''COFFEE''' (COmputable Framework For Energy and the Environment) is a multi-regional and multi-sectorial partium equilibrium (PE) model[[CiteRef::rochedo2016]]. The model includes a rich technological representation of the energy and land-use systems in a completely integrated framework, providing the assessment of potential synergies/trade-offs in energy, environmental and climate policies. COFFEE can assess the evolution of fossil-fuel GHG emissions from combustion, from all sectors of the economy, including industrial processes, waste treatment and land-use related, including fugitive emissions.

	The COFFEE model is based on the MESSAGE (Model for Energy Supply Strategy Alternatives and their General Environmental Impacts), an optimization software in linear programming applied for most physical balances (mass, energy, exergy and land)[[CiteRef::iaea2007]][[CiteRef::gritsevskyi2000]]. MESSAGE suits the development of bottom-up models and partial equilibrium models, with perfect foresight, sovled through Linear Programming (LP).		The COFFEE model is based on the MESSAGE (Model for Energy Supply Strategy Alternatives and their General Environmental Impacts), an optimization software in linear programming applied for most physical balances (mass, energy, exergy and land)[[CiteRef::iaea2007]][[CiteRef::gritsevskyi2000]]. MESSAGE suits the development of bottom-up models and partial equilibrium models, with perfect foresight, sovled through Linear Programming (LP).

	~~'''~~TEA''' (Total Economy Assessment) is a multi-regional and multi-sectorial CGE model that tracks the production and distribution of goods in a dynamic recursive setup for the global economy. The model is based on the MIT EPPA model[[CiteRef::yang1996miteppa]][[CiteRef::paltsev2005emissions]] and on GTAPinGAMS[[CiteRef::rutherford1997gtapingams]].		The TEA model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver[[CiteRef::ferris2000co]]. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.

	~~The~~ model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver[[CiteRef::ferris2000co]]. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.

	The models have been developed at COPPE/UFRJ, Brazil, for assessing climate, land, energy and environmental policies, providing relevant information to experts and decision-makers about the possible development strategies and repercussions of long term climate scenarios.

Rafael Garaffa at 19:55, 20 February 2019

2019-02-20T19:55:54Z

← Older revision		Revision as of 21:55, 20 February 2019
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	The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver[[CiteRef::ferris2000co]]. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.		The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver[[CiteRef::ferris2000co]]. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.

			The models have been developed at COPPE/UFRJ, Brazil, for assessing climate, land, energy and environmental policies, providing relevant information to experts and decision-makers about the possible development strategies and repercussions of long term climate scenarios.

Rafael Garaffa at 17:29, 8 January 2019

2019-01-08T17:29:22Z

← Older revision		Revision as of 19:29, 8 January 2019
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	'''COFFEE''' (COmputable Framework For Energy and the Environment) is a multi-regional and multi-sectorial partium equilibrium (PE) model[[CiteRef::rochedo2016]]. The model includes a rich technological representation of the energy and land-use systems in a completely integrated framework, providing the assessment of potential synergies/trade-offs in energy, environmental and climate policies. COFFEE can assess the evolution of fossil-fuel GHG emissions from combustion, from all sectors of the economy, including industrial processes, waste treatment and land-use related, including fugitive emissions.		'''COFFEE''' (COmputable Framework For Energy and the Environment) is a multi-regional and multi-sectorial partium equilibrium (PE) model[[CiteRef::rochedo2016]]. The model includes a rich technological representation of the energy and land-use systems in a completely integrated framework, providing the assessment of potential synergies/trade-offs in energy, environmental and climate policies. COFFEE can assess the evolution of fossil-fuel GHG emissions from combustion, from all sectors of the economy, including industrial processes, waste treatment and land-use related, including fugitive emissions.

	The COFFEE model is based on the MESSAGE (Model for Energy Supply Strategy Alternatives and their General Environmental Impacts), an optimization software in linear programming applied for most physical balances (mass, energy, exergy and land)[[CiteRef::iaea2007]][[CiteRef::~~gritsevski2000~~]]. MESSAGE suits the development of bottom-up models and partial equilibrium models, with perfect foresight, sovled through Linear Programming (LP).		The COFFEE model is based on the MESSAGE (Model for Energy Supply Strategy Alternatives and their General Environmental Impacts), an optimization software in linear programming applied for most physical balances (mass, energy, exergy and land)[[CiteRef::iaea2007]][[CiteRef::gritsevskyi2000]]. MESSAGE suits the development of bottom-up models and partial equilibrium models, with perfect foresight, sovled through Linear Programming (LP).

	'''TEA''' (Total Economy Assessment) is a multi-regional and multi-sectorial CGE model that tracks the production and distribution of goods in a dynamic recursive setup for the global economy. The model is based on the MIT EPPA model[[CiteRef::yang1996miteppa]][[CiteRef::paltsev2005emissions]] and on GTAPinGAMS[[CiteRef::rutherford1997gtapingams]].		'''TEA''' (Total Economy Assessment) is a multi-regional and multi-sectorial CGE model that tracks the production and distribution of goods in a dynamic recursive setup for the global economy. The model is based on the MIT EPPA model[[CiteRef::yang1996miteppa]][[CiteRef::paltsev2005emissions]] and on GTAPinGAMS[[CiteRef::rutherford1997gtapingams]].

	The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver[[CiteRef::ferris2000co]]. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.		The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver[[CiteRef::ferris2000co]]. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.

Rineke Oostenrijk at 08:32, 8 January 2019

2019-01-08T08:32:30Z

← Older revision		Revision as of 10:32, 8 January 2019
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			{{ModelDocumentationTemplate
	{{ModelDocumentationTemplate
	\|IsDocumentationOf=TEA		\|IsDocumentationOf=TEA
	\|DocumentationCategory=Model concept, solver and details		\|DocumentationCategory=Model concept, solver and details

Rineke Oostenrijk: sequence of elements

2019-01-08T08:20:54Z

sequence of elements

← Older revision		Revision as of 10:20, 8 January 2019
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	'''COFFEE''' (COmputable Framework For Energy and the Environment) is a multi-regional and multi-sectorial partium equilibrium (PE) model[[CiteRef::rochedo2016]]. The model includes a rich technological representation of the energy and land-use systems in a completely integrated framework, providing the assessment of potential synergies/trade-offs in energy, environmental and climate policies. COFFEE can assess the evolution of fossil-fuel GHG emissions from combustion, from all sectors of the economy, including industrial processes, waste treatment and land-use related, including fugitive emissions.		{{ModelDocumentationTemplate
			\|IsDocumentationOf=TEA
			\|DocumentationCategory=Model concept, solver and details
			}}
			'''COFFEE''' (COmputable Framework For Energy and the Environment) is a multi-regional and multi-sectorial partium equilibrium (PE) model[[CiteRef::rochedo2016]]. The model includes a rich technological representation of the energy and land-use systems in a completely integrated framework, providing the assessment of potential synergies/trade-offs in energy, environmental and climate policies. COFFEE can assess the evolution of fossil-fuel GHG emissions from combustion, from all sectors of the economy, including industrial processes, waste treatment and land-use related, including fugitive emissions.

	The COFFEE model is based on the MESSAGE (Model for Energy Supply Strategy Alternatives and their General Environmental Impacts), an optimization software in linear programming applied for most physical balances (mass, energy, exergy and land)[[CiteRef::iaea2007]][[CiteRef::gritsevski2000]]. MESSAGE suits the development of bottom-up models and partial equilibrium models, with perfect foresight, sovled through Linear Programming (LP).		The COFFEE model is based on the MESSAGE (Model for Energy Supply Strategy Alternatives and their General Environmental Impacts), an optimization software in linear programming applied for most physical balances (mass, energy, exergy and land)[[CiteRef::iaea2007]][[CiteRef::gritsevski2000]]. MESSAGE suits the development of bottom-up models and partial equilibrium models, with perfect foresight, sovled through Linear Programming (LP).
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	'''TEA''' (Total Economy Assessment) is a multi-regional and multi-sectorial CGE model that tracks the production and distribution of goods in a dynamic recursive setup for the global economy. The model is based on the MIT EPPA model[[CiteRef::yang1996miteppa]][[CiteRef::paltsev2005emissions]] and on GTAPinGAMS[[CiteRef::rutherford1997gtapingams]].		'''TEA''' (Total Economy Assessment) is a multi-regional and multi-sectorial CGE model that tracks the production and distribution of goods in a dynamic recursive setup for the global economy. The model is based on the MIT EPPA model[[CiteRef::yang1996miteppa]][[CiteRef::paltsev2005emissions]] and on GTAPinGAMS[[CiteRef::rutherford1997gtapingams]].

	The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver[[CiteRef::ferris2000co]]. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.~~{{ModelDocumentationTemplate~~		The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver[[CiteRef::ferris2000co]]. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.
	~~\|IsDocumentationOf=TEA~~
	~~\|DocumentationCategory=Model concept, solver and details~~
	}}

Rafael Garaffa at 15:43, 7 January 2019

2019-01-07T15:43:59Z

← Older revision		Revision as of 17:43, 7 January 2019
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	TEA (Total Economy Assessment) is a multi-regional and multi-sectorial CGE model that tracks the production and distribution of goods in a dynamic recursive setup for the global economy. The model is based on the MIT EPPA model[[CiteRef::yang1996miteppa]][[CiteRef::paltsev2005emissions]] and on GTAPinGAMS[[CiteRef::rutherford1997gtapingams]].
			'''COFFEE''' (COmputable Framework For Energy and the Environment) is a multi-regional and multi-sectorial partium equilibrium (PE) model[[CiteRef::rochedo2016]]. The model includes a rich technological representation of the energy and land-use systems in a completely integrated framework, providing the assessment of potential synergies/trade-offs in energy, environmental and climate policies. COFFEE can assess the evolution of fossil-fuel GHG emissions from combustion, from all sectors of the economy, including industrial processes, waste treatment and land-use related, including fugitive emissions.

			The COFFEE model is based on the MESSAGE (Model for Energy Supply Strategy Alternatives and their General Environmental Impacts), an optimization software in linear programming applied for most physical balances (mass, energy, exergy and land)[[CiteRef::iaea2007]][[CiteRef::gritsevski2000]]. MESSAGE suits the development of bottom-up models and partial equilibrium models, with perfect foresight, sovled through Linear Programming (LP).

			'''TEA''' (Total Economy Assessment) is a multi-regional and multi-sectorial CGE model that tracks the production and distribution of goods in a dynamic recursive setup for the global economy. The model is based on the MIT EPPA model[[CiteRef::yang1996miteppa]][[CiteRef::paltsev2005emissions]] and on GTAPinGAMS[[CiteRef::rutherford1997gtapingams]].

	The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver[[CiteRef::ferris2000co]]. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.{{ModelDocumentationTemplate		The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver[[CiteRef::ferris2000co]]. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.{{ModelDocumentationTemplate

Rafael Garaffa at 18:11, 18 December 2018

2018-12-18T18:11:27Z

← Older revision		Revision as of 20:11, 18 December 2018
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	TEA (Total Economy Assessment) is a multi-regional and multi-sectorial CGE model that tracks the production and distribution of goods in a dynamic recursive setup for the global economy. The model is based on the MIT EPPA model[[CiteRef::yang1996miteppa]][[CiteRef::paltsev2005emissions]] and on GTAPinGAMS[[CiteRef::rutherford1997gtapingams]].		TEA (Total Economy Assessment) is a multi-regional and multi-sectorial CGE model that tracks the production and distribution of goods in a dynamic recursive setup for the global economy. The model is based on the MIT EPPA model[[CiteRef::yang1996miteppa]][[CiteRef::paltsev2005emissions]] and on GTAPinGAMS[[CiteRef::rutherford1997gtapingams]].

	The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.{{ModelDocumentationTemplate		The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver[[CiteRef::ferris2000co]]. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.{{ModelDocumentationTemplate
	\|IsDocumentationOf=TEA		\|IsDocumentationOf=TEA
	\|DocumentationCategory=Model concept, solver and details		\|DocumentationCategory=Model concept, solver and details
	}}		}}

Rafael Garaffa at 15:07, 18 December 2018

2018-12-18T15:07:55Z

← Older revision		Revision as of 17:07, 18 December 2018
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	TEA (Total Economy Assessment) is a multi-regional and multi-sectorial CGE model that tracks the production and distribution of goods in a dynamic recursive setup for the global economy. The model is based on the MIT EPPA model~~<ref>~~yang1996miteppa		TEA (Total Economy Assessment) is a multi-regional and multi-sectorial CGE model that tracks the production and distribution of goods in a dynamic recursive setup for the global economy. The model is based on the MIT EPPA model[[CiteRef::yang1996miteppa]][[CiteRef::paltsev2005emissions]] and on GTAPinGAMS[[CiteRef::rutherford1997gtapingams]].
	~~</ref><ref>~~paltsev2005emissions~~</ref>~~ and on GTAPinGAMS~~<ref>~~rutherford1997gtapingams~~</ref>~~.

	The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE~~<ref>~~rutherford1999applied~~</ref>~~ within [https://gams.com/ GAMS] using the PATH solver. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.{{ModelDocumentationTemplate		The model is formulated as mixed complementary problem (MCP) and is solved through Mathematical Programming System for General Equilibrium -- MPSGE[[CiteRef::rutherford1999applied]] within [https://gams.com/ GAMS] using the PATH solver. It assumes total market clearance (through commodity price equilibrium), zero profit condition for producers (with constant-returns-to-scale) and perfect competition to reach general equilibrium.{{ModelDocumentationTemplate
	\|IsDocumentationOf=TEA		\|IsDocumentationOf=TEA
	\|DocumentationCategory=Model concept, solver and details		\|DocumentationCategory=Model concept, solver and details
	}}		}}