Environmental Aspects of Grid Interconnection - Revision history

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Ranisha at 13:30, 16 July 2014

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Benjamin Rebenich at 09:22, 24 August 2011

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Anna Natascha Pfisterer at 16:32, 24 March 2011

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Intern at 11:42, 7 June 2010

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 *<span style="font-size: 0.85em"></span>[[Portal:Grid|Grid Portal on energypedia]]
 *[[Impacts_Environmental|Category Impact Environmental on energypedia]]
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 = References<br/> =

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 = Overview<ref>Much of the text in this Chapter was adapted from D. F. Von Hippel and J. H. Williams (2003), Environmental Issues for Regional Power Systems in Northeast Asia. Prepared for the Third Workshop on Northeast Asia Power Grid Interconnections, September 30 - October 3, 2003, Vladivostok, Russian Federation , and dated 12/2003. Available as http://nautilus.org/archives/energy/grid/2003Workshop/Env_Issues_DVH_JW_final_pdf.PDF.</ref> =
-Construction and operation of transmission [[Portal:Grid|grid]] interconnections, and the power plants that feed them, have impacts (both positive and negative) on the local, and sometimes regional and global environments. In addition, transmission grid interconnections will affect the generation of electricity in the receiving country, and also, possibly, the production and use of other fuels. Evaluating and accounting the full-fuel-cycle environmental impacts of grid interconnections is an important element of the overall process of evaluating [[Economic_and_Financial_Impacts_of_Grid_Interconnections|grid interconnection]] opportunities. Impacts and benefits may occur at any or all points in the fuel chain, from extraction of fuels for electricity generation, to construction and operation of plants and construction and operation of transmission facilities. Environmental considerations have sometimes received less emphasis in energy planning in general than technical, economic, and (often) political issues. In the case of grid interconnections in developing regions, however, the early consideration of environmental impacts in evaluating interconnection options will help to identify key potential problems (including sensitive ecosystems to be traversed by the power lines) as well as potential opportunities that could enhance the interconnection project - including credits for avoided air pollutant and greenhouse gas emissions.<br/>
+Construction and operation of transmission [[Portal:Grid|grid]] interconnections, and the power plants that feed them, have impacts (both positive and negative) on the local, and sometimes regional and global environments. In addition, transmission grid interconnections will affect the generation of electricity in the receiving country, and also, possibly, the production and use of other fuels.
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 *[http://www.un.org/esa/sustdev/publications/energy/chapter7.pdf Download the full Article "Environmental Aspects of Grid Interconnection" from UN here.]
 *<span style="font-size: 0.85em"></span>[[Portal:Grid|Grid Portal on energypedia]]
-*[https://energypedia.info/wiki/Category:Impacts_Environmental Category Impact Environmental on energypedia]
+*[[Impacts_Environmental|Category Impact Environmental on energypedia]]
-−
 = References<br/> =
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 <references />
 [[Category:Impacts_Environmental]]

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-= Overview<br/> =
+= Overview<ref>Much of the text in this Chapter was adapted from D. F. Von Hippel and J. H. Williams (2003), Environmental Issues for Regional Power Systems in Northeast Asia. Prepared for the Third Workshop on Northeast Asia Power Grid Interconnections, September 30 - October 3, 2003, Vladivostok, Russian Federation , and dated 12/2003. Available as http://nautilus.org/archives/energy/grid/2003Workshop/Env_Issues_DVH_JW_final_pdf.PDF.</ref> =
-Construction and operation of transmission [[Portal:Grid|grid]] interconnections, and the power plants that feed them, have impacts—both positive and negative—on the local, and sometimes regional and global environments. In addition, transmission grid interconnections will affect the generation of electricity in the receiving country, and also, possibly, the production and use of other fuels. Evaluating and accounting the full-fuel-cycle environmental impacts of grid interconnections is an important element of the overall process of evaluating grid interconnection opportunities. Impacts and benefits may occur at any or all points in the fuel chain, from extraction of fuels for electricity generation, to construction and operation of plants and construction and operation of transmission facilities. Environmental considerations have sometimes received less emphasis in energy planning in general than technical, economic, and (often) political issues. In the case of grid interconnections in developing regions, however, the early consideration of environmental impacts in evaluating interconnection options will help to identify key potential problems—including sensitive ecosystems to be traversed by the power lines—as well as potential opportunities that could enhance the interconnection project—including credits for avoided air pollutant and greenhouse gas emissions<ref>Much of the text in this Chapter was adapted from D. F. Von Hippel and J. H. Williams (2003), Environmental Issues for Regional Power Systems in Northeast Asia. Prepared for the Third Workshop on Northeast Asia Power Grid Interconnections, September 30 - October 3, 2003, Vladivostok, Russian Federation , and dated 12/2003. Available as http://nautilus.org/archives/energy/grid/2003Workshop/Env_Issues_DVH_JW_final_pdf.PDF.</ref>.<br/>
+Construction and operation of transmission [[Portal:Grid|grid]] interconnections, and the power plants that feed them, have impacts (both positive and negative) on the local, and sometimes regional and global environments. In addition, transmission grid interconnections will affect the generation of electricity in the receiving country, and also, possibly, the production and use of other fuels. Evaluating and accounting the full-fuel-cycle environmental impacts of grid interconnections is an important element of the overall process of evaluating [[Economic_and_Financial_Impacts_of_Grid_Interconnections|grid interconnection]] opportunities. Impacts and benefits may occur at any or all points in the fuel chain, from extraction of fuels for electricity generation, to construction and operation of plants and construction and operation of transmission facilities. Environmental considerations have sometimes received less emphasis in energy planning in general than technical, economic, and (often) political issues. In the case of grid interconnections in developing regions, however, the early consideration of environmental impacts in evaluating interconnection options will help to identify key potential problems (including sensitive ecosystems to be traversed by the power lines) as well as potential opportunities that could enhance the interconnection project - including credits for avoided air pollutant and greenhouse gas emissions.<br/>
 <br/>
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 = Further Information<br/> =
--> [http://www.un.org/esa/sustdev/publications/energy/chapter7.pdf Download the full Article here.]
+*[http://www.un.org/esa/sustdev/publications/energy/chapter7.pdf Download the full Article "Environmental Aspects of Grid Interconnection" from UN here.]
 = References<br/> =
@@ Line 19: / Line 21: @@
 [[Category:Grid]]

@@ Line 2: / Line 2: @@
 = Overview<br/> =
-Construction and operation of transmission grid interconnections, and the power plants that feed them, have impacts—both positive and negative—on the local, and sometimes regional and global environments. In addition, transmission grid interconnections will affect the generation of electricity in the receiving country, and also, possibly, the production and use of other fuels. Evaluating and accounting the full-fuel-cycle environmental impacts of grid interconnections is an important element of the overall process of evaluating grid interconnection opportunities. Impacts and benefits may occur at any or all points in the fuel chain, from extraction of fuels for electricity generation, to construction and operation of plants and construction and operation of transmission facilities. Environmental considerations have sometimes received less emphasis in energy planning in general than technical, economic, and (often) political issues. In the case of grid interconnections in developing regions, however, the early consideration of environmental impacts in evaluating interconnection options will help to identify key potential problems—including sensitive ecosystems to be traversed by the power lines—as well as potential opportunities that could enhance the interconnection project—including credits for avoided air pollutant and greenhouse gas emissions<ref>Much of the text in this Chapter was adapted from D. F. Von Hippel and J. H. Williams (2003), Environmental Issues for Regional Power Systems in Northeast Asia. Prepared for the Third Workshop on Northeast Asia Power Grid Interconnections, September 30 - October 3, 2003, Vladivostok, Russian Federation , and dated 12/2003. Available as http://nautilus.org/archives/energy/grid/2003Workshop/Env_Issues_DVH_JW_final_pdf.PDF.</ref>.<br/>
+Construction and operation of transmission [[Portal:Grid|grid]] interconnections, and the power plants that feed them, have impacts—both positive and negative—on the local, and sometimes regional and global environments. In addition, transmission grid interconnections will affect the generation of electricity in the receiving country, and also, possibly, the production and use of other fuels. Evaluating and accounting the full-fuel-cycle environmental impacts of grid interconnections is an important element of the overall process of evaluating grid interconnection opportunities. Impacts and benefits may occur at any or all points in the fuel chain, from extraction of fuels for electricity generation, to construction and operation of plants and construction and operation of transmission facilities. Environmental considerations have sometimes received less emphasis in energy planning in general than technical, economic, and (often) political issues. In the case of grid interconnections in developing regions, however, the early consideration of environmental impacts in evaluating interconnection options will help to identify key potential problems—including sensitive ecosystems to be traversed by the power lines—as well as potential opportunities that could enhance the interconnection project—including credits for avoided air pollutant and greenhouse gas emissions<ref>Much of the text in this Chapter was adapted from D. F. Von Hippel and J. H. Williams (2003), Environmental Issues for Regional Power Systems in Northeast Asia. Prepared for the Third Workshop on Northeast Asia Power Grid Interconnections, September 30 - October 3, 2003, Vladivostok, Russian Federation , and dated 12/2003. Available as http://nautilus.org/archives/energy/grid/2003Workshop/Env_Issues_DVH_JW_final_pdf.PDF.</ref>.<br/>
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 -> [http://www.un.org/esa/sustdev/publications/energy/chapter7.pdf Download the full Article here.]
-<br/>
+<span style="font-size: 0.85em;">-> </span>[[Portal:Grid|Portal:Grid]]
 = References<br/> =

@@ Line 10: / Line 10: @@
 -> [http://www.un.org/esa/sustdev/publications/energy/chapter7.pdf Download the full Article here.]
+<br/>
 = References<br/> =
 This Article is originally from "[http://www.un.org/esa/sustdev/publications/energy/chapter7.pdf Environmental Aspects of Grid Interconnection]"
 [[Category:Grid]]

← Older revision		Revision as of 09:22, 24 August 2011
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		+	{{Revision\|*This article is too long and should be split into several smaller articles.
		+	*It does not link to any other energypedia article. Links should be included wherever possible.}} {{Plagiarism\|There are no references included in this article which makes it likely that some parts might be a plagiarism. Please fill in the missing references.}}
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	= Introduction =		= Introduction =