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Indonesian Renewable Energy Community (IREC): May 2010
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Indonesian Renewable Energy Community (IREC). This blog is created for the purpose of learning and development of renewable energy in Indonesia. Friday, May 28, 2010. The head losses in the penstock. The various head losses which occur between reservoir and turbine are as follows:. 1 Trashrack (or screen) losses. 3 Losses due to pipe friction. 5 Losses in valve and fittings. 6 Losses in sudden contraction and expansion. Head loss due to installation of a trashrack. Kt= depends upon the shape of the screen.
indmicrohydro.blogspot.com
Indonesian Renewable Energy Community (IREC): December 2011
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Indonesian Renewable Energy Community (IREC). This blog is created for the purpose of learning and development of renewable energy in Indonesia. Sunday, December 25, 2011. Design of the cross flow runner. The equations in this section are taken from:. Arter, A., Meier, U., Harnessing Water Power on a Small Scale Hydraulics Engineering Manual(SKAT). Mockmore, C. A. Prof CEng, Merryfield, F. Prof CEng, The Banki Water Turbine, 1949. Harvey, A, Micro Hydro Design Manual, (1993), ISBN 1-85339-103-4. Calculat...
indmicrohydro.blogspot.com
Indonesian Renewable Energy Community (IREC)
http://indmicrohydro.blogspot.com/2015/04/contoh-perhitungan-tekno-ekonomi.html
Indonesian Renewable Energy Community (IREC). This blog is created for the purpose of learning and development of renewable energy in Indonesia. Saturday, April 25, 2015. Contoh Perhitungan Tekno Ekonomi Pembangkit Listrik Tenaga Mikro/Mini Hidro. Oleh : Ahmad Suhendra. Thanks for your comments and suggestions. Note: Only a member of this blog may post a comment. Subscribe to: Post Comments (Atom). PENSTOCK THICKNESS CALCULATION (CASE STUDY ). Contoh Perhitungan Tekno Ekonomi Pembangkit Listri. IMIDAP (I...
indmicrohydro.blogspot.com
Indonesian Renewable Energy Community (IREC): PENSTOCK THICKNESS CALCULATION (CASE STUDY )
http://indmicrohydro.blogspot.com/2015/04/penstock-thickness-calculation-case.html
Indonesian Renewable Energy Community (IREC). This blog is created for the purpose of learning and development of renewable energy in Indonesia. Saturday, April 25, 2015. PENSTOCK THICKNESS CALCULATION (CASE STUDY ). A hydroelectric plant is planned to be built by utilizing the waste water from the reservoir of 3.5 m3 / s, which flowed into a penstock with a diameter of 1600 mm and the thickness (e) 9 mm. As you know, the more thick penstock then the price will also be more expensive. Net Head = 7 m.
indmicrohydro.blogspot.com
Indonesian Renewable Energy Community (IREC): November 2009
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Indonesian Renewable Energy Community (IREC). This blog is created for the purpose of learning and development of renewable energy in Indonesia. Sunday, November 1, 2009. Microhydro Power Electric Prospect in Indonesia. Link ke posting ini. Subscribe to: Posts (Atom). Microhydro Power Electric Prospect in Indonesia. Source Code (Vb,C , HTML etc). Support us to develop this Blog. Calculation of Kaplan turbine / propeller. Calculation of penstock diameter. The Number of Blades for Crossflow Turbine.
indmicrohydro.blogspot.com
Indonesian Renewable Energy Community (IREC): March 2011
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Indonesian Renewable Energy Community (IREC). This blog is created for the purpose of learning and development of renewable energy in Indonesia. Saturday, March 5, 2011. SMALL MICHELL (BANKI) TURBINE. SMALL MICHELL (BANKI) TURBINE:. The Michell or Banki turbine is a relatively easy to build and highly efficient means of harnessing a small stream to provide enough power to generate electricity or drive different types of mechanical devices. Link ke posting ini. Label: Water turbine designs. The losses thr...
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Indonesian Renewable Energy Community (IREC): July 2010
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Indonesian Renewable Energy Community (IREC). This blog is created for the purpose of learning and development of renewable energy in Indonesia. Wednesday, July 28, 2010. Shaft Diameter and Shaft Critical Speed. The size of the diameter of the shaft is very influential at critical speed. If the shaft is rotating close to or exceed the critical speed, the shaft becomes very fast vibrate and cause the bearings become damaged, so the correct practice should be working below the shaft critical speed. Zp = (p...
indmicrohydro.blogspot.com
Indonesian Renewable Energy Community (IREC): January 2010
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Indonesian Renewable Energy Community (IREC). This blog is created for the purpose of learning and development of renewable energy in Indonesia. Saturday, January 23, 2010. Electric Generator Selection for micro hydro system. Asynchronous generator is often used for wind turbine systems and micro hydro systems, both for fixed-speed systems and variable speed systems. Link ke posting ini. Subscribe to: Posts (Atom). Electric Generator Selection for micro hydro syste. Source Code (Vb,C , HTML etc). Calcula...
indmicrohydro.blogspot.com
Indonesian Renewable Energy Community (IREC): Permanent Magnet Generator (PMG) Construction Manual
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Indonesian Renewable Energy Community (IREC). This blog is created for the purpose of learning and development of renewable energy in Indonesia. Sunday, December 25, 2011. Permanent Magnet Generator (PMG) Construction Manual. Hugh Piggott - Scoraig Wind Electric - February 2001. Thanks for your comments and suggestions. Note: Only a member of this blog may post a comment. Subscribe to: Post Comments (Atom). Design of the cross flow runner. Permanent Magnet Generator (PMG) Construction Manu. IMIDAP - Guid...