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| − | = Acceptance Test PVP =
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| − | Upon completion of the installation, the functionality and the performance of the system should be tested in the presence of the future user (producer). The testing includes a number of separate analyses. The first step is the acceptance test for the photovoltaic pumping system (PVP) which includes the PV generator, the mounting and tracking system (if part of the system), the controller and the water pump. These components are the “engine” of the SPIS, their performance is vital for the successful use of the irrigation system. | + | {{SPIS Banner}} |
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| | + | === '''<span style="color:#879637;">Acceptance Test PVP</span>''' === |
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| | + | [[File:IrradianceTest.jpg|thumb|right|300pxpx|Measuring the irradiance during the Site Acceptance Test (Source Reinhold Schmidt)]] Upon completion of the installation, the functionality and the performance of the system should be tested in the presence of the future user (producer). The testing includes a number of separate analyses. The first step is the acceptance test for the photovoltaic pumping system (PVP) which includes the PV generator, the mounting and tracking system (if part of the system), the controller and the water pump. These components are the “engine” of the SPIS, their performance is vital for the successful use of the irrigation system. |
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| | This acceptance test (also referred to as Site Acceptance Test, SAT) is the second level of material testing in view of quality management. Manufacturers of system components are obliged to run a Factory Acceptance Test (FAT) prior to releasing products to the supplier. Both levels of testing should be mandatory when setting up an SPIS. | | This acceptance test (also referred to as Site Acceptance Test, SAT) is the second level of material testing in view of quality management. Manufacturers of system components are obliged to run a Factory Acceptance Test (FAT) prior to releasing products to the supplier. Both levels of testing should be mandatory when setting up an SPIS. |
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| | The measurements are usually carried out in the following sequence: | | The measurements are usually carried out in the following sequence: |
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| | | style="background-color: rgb(153, 153, 102)" | Measurement of solar irradiance --> Calculation of electrical power output--> Measurement and calculation of total pumping head --> Measurement of actual water flow ---> Comparison of measured and designed water flow | | | style="background-color: rgb(153, 153, 102)" | Measurement of solar irradiance --> Calculation of electrical power output--> Measurement and calculation of total pumping head --> Measurement of actual water flow ---> Comparison of measured and designed water flow |
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| | The different measurements should be carried-out within a short time interval under clear sky conditions. At least two acceptance test runs are advisable, measuring at high irradiance (800 – 1,000 W/m2) and low irradiance levels (approx. 500 W/m<sup>2</sup>). The equipment for the test will be provided by the installer. | | The different measurements should be carried-out within a short time interval under clear sky conditions. At least two acceptance test runs are advisable, measuring at high irradiance (800 – 1,000 W/m2) and low irradiance levels (approx. 500 W/m<sup>2</sup>). The equipment for the test will be provided by the installer. |
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| − | '''Important''': Check on the tightness of seals and joints, screws and bolts. Check for signs of corrosion and cracked concrete foundations. Check for leaking pipes and fittings. Record any deficiency and malfunction and discuss their amendment with the installer by the installer!
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| | The results of the acceptance test should be compared with the design performance of the PV pumping system. The '''DESIGN 03- Pump Sizing Tool''' could be used to record the most important data and to compare it with the design values. The acceptance test protocol should be signed by the installer and the producer. | | The results of the acceptance test should be compared with the design performance of the PV pumping system. The '''DESIGN 03- Pump Sizing Tool''' could be used to record the most important data and to compare it with the design values. The acceptance test protocol should be signed by the installer and the producer. |
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| | The tool '''SET UP 01- PVP Acceptance Test''' provides more details on the steps, required equipment and calculations involved in the acceptance test. | | The tool '''SET UP 01- PVP Acceptance Test''' provides more details on the steps, required equipment and calculations involved in the acceptance test. |
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| − | == Outcome / Product == | + | === '''<span style="color:#879637;">Outcome/Product</span>''' === |
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| | *Completed acceptance test for the photovoltaic water pumping system; | | *Completed acceptance test for the photovoltaic water pumping system; |
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| | *'''SET UP 01- PVP Acceptance Test'''. | | *'''SET UP 01- PVP Acceptance Test'''. |
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| − | == Data Requirements == | + | === '''<span style="color:#879637;">Data Requirements</span>''' === |
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| | *Measured solar irradiance, total pumping head and water flow; | | *Measured solar irradiance, total pumping head and water flow; |
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| | *Observations from visual check. | | *Observations from visual check. |
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| − | == People / Stakeholders == | + | === '''<span style="color:#879637;">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:#879637;">Important Issues</span>''' === |
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| | *The on-site acceptance test is mandatory to verify if the PVP systems achieves design performance. | | *The on-site acceptance test is mandatory to verify if the PVP systems achieves design performance. |
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| | *A thorough check on the mechanical parts is recommended. | | *A thorough check on the mechanical parts is recommended. |
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| − | | + | {{SPIS Reference}} |
| − | [[File:IrradianceTest.jpg|thumb|center|600px|Measuring the irradiance during the Site Acceptance Test.]]
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| − | </div>
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| − | [[Category:Tools]]
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| − | [[Category:Powering_Agriculture]]
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| − | [[Category:SPIS_Manual]]
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Upon completion of the installation, the functionality and the performance of the system should be tested in the presence of the future user (producer). The testing includes a number of separate analyses. The first step is the acceptance test for the photovoltaic pumping system (PVP) which includes the PV generator, the mounting and tracking system (if part of the system), the controller and the water pump. These components are the “engine” of the SPIS, their performance is vital for the successful use of the irrigation system.
This acceptance test (also referred to as Site Acceptance Test, SAT) is the second level of material testing in view of quality management. Manufacturers of system components are obliged to run a Factory Acceptance Test (FAT) prior to releasing products to the supplier. Both levels of testing should be mandatory when setting up an SPIS.
The different measurements should be carried-out within a short time interval under clear sky conditions. At least two acceptance test runs are advisable, measuring at high irradiance (800 – 1,000 W/m2) and low irradiance levels (approx. 500 W/m2). The equipment for the test will be provided by the installer.
The results of the acceptance test should be compared with the design performance of the PV pumping system. The DESIGN 03- Pump Sizing Tool could be used to record the most important data and to compare it with the design values. The acceptance test protocol should be signed by the installer and the producer.
