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| − | = System test = | + | {{SPIS Set Up}} |
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| | + | | {{Back to SPIS Toolbox 2}} |
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| | + | | {{Back to Set Up}} |
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| | + | | {{Next Chapter}}[[SPIS_Toolbox_-_Documentation|►Go to the Next Chapter]]</span></span> |
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| − | </div><br/>
| + | === '''<span style="color: rgb(135, 150, 55);">5. System Test</span>''' === |
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| − | After the testing of the PV generator, the functionality of the other system components and their joint functionality must be checked and tested. This testing step should follow the same principles as the preceding PVP acceptance test. At least the following should be tested: | + | [[File:WaterflowGhana.jpg|thumb|right|300px|Measuring water flow (Source: Reinhold Schmidt)]] After the testing of the PV generator, the functionality of the other system components and their joint functionality must be checked and tested. This testing step should follow the same principles as the preceding PVP acceptance test. At least the following should be tested: |
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| | *water abstraction and discharge monitoring devices (water meters); | | *water abstraction and discharge monitoring devices (water meters); |
| | *distribution valves, distribution pipes and connectors; | | *distribution valves, distribution pipes and connectors; |
| | *reservoir and filters (if part of the system); | | *reservoir and filters (if part of the system); |
| − | *irrigation pipes and watering devices (emitters, mini sprinklers) by doing a Water Application Uniformity test (see Tool '''MAINTAIN 03- Water Application Uniformity Field Guide'''). | + | *irrigation pipes and watering device s (emitters, mini sprinklers) by doing a Water Application Uniformity test (see Tool '''[[:File:MAINTAIN – Water Application Uniformity Guide V1.0.xlsx|MAINTAIN – Water Application Uniformity Field Guide]]'''). |
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| | The system test for the aforementioned components includes: | | The system test for the aforementioned components includes: |
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| | '''Note: '''This calibration measurement is a time consuming exercise! | | '''Note: '''This calibration measurement is a time consuming exercise! |
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| − | Considerable differences between the designed and actual performance can be a sign for a poor design (collected data, poor choice of component, etc.) or poor workmanship. Quality of workmanship has a direct influence on system performance and sustainability, and poor workmanship can compromise even the best system components. The Tool SET UP 02- Workmanship Quality Checklist comprises various workmanship indicators clustered into different categories. The purpose is to assess whether quality of installation adheres to best practices, safety requirements and overall installation sustainability. | + | Considerable differences between the designed and actual performance can be a sign for a poor design (collected data, poor choice of component, etc.) or poor workmanship. Quality of workmanship has a direct influence on system performance and sustainability, and poor workmanship can compromise even the best system components. The tool '''[[:File:SET UP – Workmanship Quality Checklist V1.0.xlsx|SET UP – Workmanship Quality Checklist]]''' comprises various workmanship indicators clustered into different categories. The purpose is to assess whether quality of installation adheres to best practices, safety requirements and overall installation sustainability. |
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| − | == Outcome / Product == | + | ==== '''<span style="color: rgb(135, 150, 55);">Outcome/Product</span>''' ==== |
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| | *Completed system test for the irrigation system; | | *Completed system test for the irrigation system; |
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| − | *Somparison of actual performance to design performance; | + | *Comparison of actual performance to design performance; |
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| | *System test protocol; | | *System test protocol; |
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| | *Water discharge data for all irrigation sections. | | *Water discharge data for all irrigation sections. |
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| − | == Data Requirements == | + | ==== '''<span style="color: rgb(135, 150, 55);">Data Requirements</span>'''==== |
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| | *Measured pressure and water discharge in all irrigation sections; | | *Measured pressure and water discharge in all irrigation sections; |
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| | *Observations from visual check. | | *Observations from visual check. |
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| − | == People / Stakeholders == | + | ==== '''<span style="color: rgb(135, 150, 55);">People/Stakeholders</span>''' ==== |
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| | *Producer; | | *Producer; |
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| | *Agricultural service provider. | | *Agricultural service provider. |
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| − | == Important Issues == | + | ==== '''<span style="color: rgb(135, 150, 55);">Important Issues</span>''' ==== |
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| | *The on-site system test is mandatory to verify whether the irrigation systems achieve design performance. | | *The on-site system test is mandatory to verify whether the irrigation systems achieve design performance. |
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| | *Calibration of the irrigation discharge system is important to efficiently manage crop water distribution. | | *Calibration of the irrigation discharge system is important to efficiently manage crop water distribution. |
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| − | <br/>[[File:WaterflowGhana.jpg|thumb|180px|Add caption here]]
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| − | [[Category:SPIS_Manual]]
| + | {| cellpadding="1" |
| − | [[Category:Powering_Agriculture]] | + | |- |
| − | [[Category:Tools]]
| + | | {{Back to SPIS Toolbox 2}} |
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| | + | | {{Back to Set Up}} |
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| | + | | {{Next Chapter}}[[SPIS_Toolbox_-_Documentation|►Go to the Next Chapter]]</span></span> |
| | + | |}{{SPIS Reference}} |
After the testing of the PV generator, the functionality of the other system components and their joint functionality must be checked and tested. This testing step should follow the same principles as the preceding PVP acceptance test. At least the following should be tested:
Measurements are usually carried out “from head to tail”, starting with the release of the water into the supply line (to storage tank or direct injection) and ending with the flushing outlets of the irrigation pipes. Pressure measurements have to be taken at all system joints / distribution knots to assess the hydraulic distribution in all sections. These measurements have to take into account the pressure variation during the day caused by fluctuating irradiance levels. The results need to be documented as a hydraulic profile of the irrigation system.
Considerable differences between the designed and actual performance can be a sign for a poor design (collected data, poor choice of component, etc.) or poor workmanship. Quality of workmanship has a direct influence on system performance and sustainability, and poor workmanship can compromise even the best system components. The tool SET UP – Workmanship Quality Checklist comprises various workmanship indicators clustered into different categories. The purpose is to assess whether quality of installation adheres to best practices, safety requirements and overall installation sustainability.
