Difference between revisions of "Productive Use of Solar PV"
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| + | = Application of Solar PV for Productive Use = | ||
| + | <div><span>Precise information about the installed capacity, or the number of renewable energy systems, used for productive uses in rural areas of less industrialized nations is not readily available; furthermore, published data regarding these figures are scarce. This lack of precise information is particularly notorious in relation to off-farm productive activities (e.g. cottage activities and commercial services). Most of the existing information is anecdotal in nature and provides only a glimpse of the current and potential renewable energy applications (ETCHEVERRY 2003).</span></div><div><span>An FAO study from 2000 (VAN CAMPEN et al) provides a good qualitative overview on potential productive uses and system set-ups of PV in different countries. Even though pointing out that electric lighting is by far the most common application of PV systems, the study provides a large amount of other income-generating applications in the areas of agriculture, cottage industries, and commercial businesses.</span></div> | ||
| + | == <span>Agricultural Applications</span> == | ||
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| + | <span><span>In the area of agriculture solar PV is found to be useful for applications such as [[PV Pumping|water pumping]] for irrigation and cattle drinking, aeration for aquacultures, refrigeration of agricultural products, electric fencing, poultry lighting, and pest control. The main impacts of solar electricity on agricultural activities are described as increased productivity (including higher yields, lower losses and faster production) and improved natural resource management (VAN CAMPEN et al 2000).</span></span> | ||
| + | = GTZ Experience = | ||
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== Bangladesh == | == Bangladesh == | ||
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GTZ-PREEEP is currently developing a finance product for small-scale irrigation using solar PV pumping in cooperation with the GTZ Financial Sector Development Programme and local MFIs. Contact: Lucius.Mayer-Tasch@gtz.de. | GTZ-PREEEP is currently developing a finance product for small-scale irrigation using solar PV pumping in cooperation with the GTZ Financial Sector Development Programme and local MFIs. Contact: Lucius.Mayer-Tasch@gtz.de. | ||
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Revision as of 09:16, 24 June 2010
Application of Solar PV for Productive Use
Agricultural Applications
In the area of agriculture solar PV is found to be useful for applications such as water pumping for irrigation and cattle drinking, aeration for aquacultures, refrigeration of agricultural products, electric fencing, poultry lighting, and pest control. The main impacts of solar electricity on agricultural activities are described as increased productivity (including higher yields, lower losses and faster production) and improved natural resource management (VAN CAMPEN et al 2000).
GTZ Experience
Bangladesh
Productive Uses of Photovoltaic Technology in Rural Bangladesh - Potentials, Barriers, Recommendations (author: Michael Blunck)
Kenya
Study on productive use of solar PV in Kenya (author: ESD Africa)
Senegal
We currently (Feb 2010) plan on implementing productive uses in at least three different value chains in 2010 through the rural electrification agency. More detailed information will follow. Please contact gunnar.wegner@gtz.de if you have questions.
Uganda
GTZ-PREEEP is currently developing a finance product for small-scale irrigation using solar PV pumping in cooperation with the GTZ Financial Sector Development Programme and local MFIs. Contact: Lucius.Mayer-Tasch@gtz.de.
