Difference between revisions of "Prospects of Large Scale Solar Water Pumping Applications for Agriculture with a Case Study from Jordan"
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[[File:Hohenheim Summer School Banner.png|center|800px|International DAAD-Alumni Summer School|alt=International DAAD-Alumni Summer School|link=International DAAD-Alumni Summer School - Sustainable Provision of Rural Renewable Energy with Focus on Financially Viable Solutions in Developing Countries]] | [[File:Hohenheim Summer School Banner.png|center|800px|International DAAD-Alumni Summer School|alt=International DAAD-Alumni Summer School|link=International DAAD-Alumni Summer School - Sustainable Provision of Rural Renewable Energy with Focus on Financially Viable Solutions in Developing Countries]] | ||
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= Overview = | = Overview = | ||
Economic viability of photovoltaic, diesel and grid connected water pumping systems is investigated and compared for system capacities in the range 1500 m4/day to 100,000 m4/day. Actual performance data from installed systems are considered in calculating systems outputs for base case scenarios. Sensitivity analysis is carried out to generalize results for other locations and conditions. Several scenarios of the effect of variation components prices, electricity tariffs, diesel fuel prices, operation cost and interest rate on the output water unit cost (US$/1000m4) are investigated. Investment prospects in PV water pumping applications for different selling price scenarios of water have been investigated. A case study project for on grid PV electrification with different capacities of up to 1000 Megawatt is investigated. Investment prospects under different tariff scenarios is studied and demonstrated. Sensitivity analysis to generalize results for other locations and other conditions are analyzed | Economic viability of photovoltaic, diesel and grid connected water pumping systems is investigated and compared for system capacities in the range 1500 m4/day to 100,000 m4/day. Actual performance data from installed systems are considered in calculating systems outputs for base case scenarios. Sensitivity analysis is carried out to generalize results for other locations and conditions. Several scenarios of the effect of variation components prices, electricity tariffs, diesel fuel prices, operation cost and interest rate on the output water unit cost (US$/1000m4) are investigated. Investment prospects in PV water pumping applications for different selling price scenarios of water have been investigated. A case study project for on grid PV electrification with different capacities of up to 1000 Megawatt is investigated. Investment prospects under different tariff scenarios is studied and demonstrated. Sensitivity analysis to generalize results for other locations and other conditions are analyzed | ||
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= Further Information = | = Further Information = | ||
| − | Contact the author Ibrahim Odeh for further information | + | *Contact the author Ibrahim Odeh for further information |
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| + | = References = | ||
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| + | [[Category:Solar_Pumping]] | ||
| + | [[Category:Solar]] | ||
| + | [[Category:Productive_Use]] | ||
| + | [[Category:Renewable_Energy]] | ||
| + | [[Category:Jordan]] | ||
| + | [[Category:Conference_Documentation]] | ||
[[Category:University]] | [[Category:University]] | ||
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Latest revision as of 08:23, 4 June 2014
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Overview
Economic viability of photovoltaic, diesel and grid connected water pumping systems is investigated and compared for system capacities in the range 1500 m4/day to 100,000 m4/day. Actual performance data from installed systems are considered in calculating systems outputs for base case scenarios. Sensitivity analysis is carried out to generalize results for other locations and conditions. Several scenarios of the effect of variation components prices, electricity tariffs, diesel fuel prices, operation cost and interest rate on the output water unit cost (US$/1000m4) are investigated. Investment prospects in PV water pumping applications for different selling price scenarios of water have been investigated. A case study project for on grid PV electrification with different capacities of up to 1000 Megawatt is investigated. Investment prospects under different tariff scenarios is studied and demonstrated. Sensitivity analysis to generalize results for other locations and other conditions are analyzed
Further Information
- Contact the author Ibrahim Odeh for further information
