Difference between revisions of "HYDROPOWER"
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[[File:USBR- Q& A on GCD Hydropower.jpg|800px|lect|USBR- Q& A on GCD Hydropower]] | [[File:USBR- Q& A on GCD Hydropower.jpg|800px|lect|USBR- Q& A on GCD Hydropower]] | ||
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*[[File:PIC- Revenues from Dam for enviro programs.jpg|400px]] | *[[File:PIC- Revenues from Dam for enviro programs.jpg|400px]] | ||
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| − | + | *[http://breakingenergy.com/2015/01/07/top-10-things-you-didnt-know-about-hydropower/ '''Ten things you didn't know about hydropower- DOE'''] | |
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| − | *[http://www.creda.org/Documents/Messaging%20Final%20100510.pdf '''CREDA | + | *[[Hydropower-General Learning Page| '''Hydropower General Learning Page''']] |
| − | *[[Media:Jeka PPT Capacity Energy handout 2013.pdf| '''Capacity & Energy | + | *[http://www.creda.org/Documents/Messaging%20Final%20100510.pdf '''CREDA Fact Sheet on Hydropower'''] |
| − | *[[Media:Jeka PPT Western CRPS Aug 2013 AMWG.pdf| | + | *[[Media:Jeka PPT Capacity Energy handout 2013.pdf| '''Capacity & Energy handout''']] |
| − | + | *[[Media:Jeka PPT Western CRPS Aug 2013 AMWG.pdf|'''Overview of the Colorado River Storage Project (CRSP) Management Center for Western Area Power Administration (WAPA)''']] | |
| − | + | *'''[[Media:140403 JRaub-SRP Explaination on why Capacity is important.pdf | Explanation on Why Capacity is Important]]''' | |
| − | + | *'''[[Media:Messaging 2.pdf |Importance of Hydropower Capacity]]''' | |
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| − | *'''[[Media:Messaging 2.pdf |Importance of Hydropower Capacity | + | |
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| − | *'''[[Media: | + | *[https://www.nvenergy.com/company/energytopics/where.cfm '''One megawatt''' is equivalent to the power required to serve about '''600 households'''] |
| − | *[[Hydropower Documents| WAPA Studies Listing]] | + | *[http://www.example.com '''8 Generating Units''' --- Each unit produces/uses '''4,000 CFS'''] |
| + | *'''Critical Level for Hydropower generation'''--- as Lake Powell approaches '''3,490''', power capability drops off. | ||
| + | *'''[[Media:The House of Power and Light (Read-Only).pdf|The House of Power and Light]]'''*[[Hydropower Documents| WAPA Studies Listing]] | ||
*Hydropower facilities along the Colorado River provide more than '''4,200''' megawatts of electrical generating capacity, helping to meet the power needs of the West and offset the use of fossil fuels. (SOURCE: Colorado River Basin Water Supply and Demand Study) | *Hydropower facilities along the Colorado River provide more than '''4,200''' megawatts of electrical generating capacity, helping to meet the power needs of the West and offset the use of fossil fuels. (SOURCE: Colorado River Basin Water Supply and Demand Study) | ||
* At optimum operations, the eight generators at Glen Canyon Dam are capable of producing '''1,320''' megawatts of power. | * At optimum operations, the eight generators at Glen Canyon Dam are capable of producing '''1,320''' megawatts of power. | ||
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* Temperature: Year round temperatures of '''45 degrees F to 50 degrees F'''. | * Temperature: Year round temperatures of '''45 degrees F to 50 degrees F'''. | ||
* Since the signing of the final operating criteria in February 1997, powerplant releases do not exceed 25,000 cfs, other than during HFE's or emergency situations, and have most often averaged between 10,000 cfs and 20,000 cfs. | * Since the signing of the final operating criteria in February 1997, powerplant releases do not exceed 25,000 cfs, other than during HFE's or emergency situations, and have most often averaged between 10,000 cfs and 20,000 cfs. | ||
| + | *[http://www.usbr.gov/uc/rm/crsp/gc/faq.html '''USBR: Glen Canyon Dam Facts'''] | ||
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| − | + | [http://www.usbr.gov/uc/rm/amp/amwg/mtgs/13feb20/Attach_04.pdf| usbr/amwg/mtgs/13feb20/Attach_04] | |
| − | + | [[File:MAP- CREDA Service Territory.jpg|500px]]|[[Media:CREDA Member map.pdf|CREDA Member Map]] | |
Revision as of 16:48, 2 June 2016
  Fly Around Video Clip of Generating Unit
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HYDROPOWER GCMRC definition link Power production is included under GCMRC Science activities because minimizing impacts to power production is one of the goals of the Glen Canyon Dam Adaptive Management Program, therefore systematic monitoring and focused research is needed to determine how changes in dam operations to meet various environmental objectives may affect the availability and value of hydropower. Glen Dam is a 710-foot-high concrete arch dam, and the second highest dam in the United States. The powerplant at Glen Canyon Dam is made up of eight hydroelectric generation stations. The combined generation capability of all eight turbines is 1,320.0 megawatts. Glen Canyon Dam is a peaking power facility designed to rapidly change output levels in response to changes in demand for electricity. Although Glen Canyon Dam meets only a very small portion of the total energy demand in the western United States, it plays an important and valuable role in the region in terms of being able to respond rapidly to changing power demands throughout the western electrical grid. The hydropower resource at Glen Canyon Dam is monitored intensively by the Bureau of Reclamation and the U.S. Department of Energy’s Western Area Power Administration (WAPA), the entity that markets Glen Canyon Dam power to rural power distributors in the western United States. Tracking power generation, power market rates, necessary power purchases, and power revenue provides a mechanism for understanding how changes in Glen Canyon Dam operations affect energy generation and the energy market. In the near future, GCMRC intends to provide links through this web site to hourly data on energy generation, Basin Fund balances, monthly energy purchases, and other data routinely compiled by WAPA. In addition, GCMRC works with WAPA economists and energy system modelers to provide retrospective and predictive evaluations of the economic implications to hydropower from changing dam operations to meet environmental objectives of the Glen Canyon Dam Adaptive Management Program. |
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