Country | PV power (Wp) | Motor pump type | Head (m) | Type of system | V (m3/day) | System efficiency (%) | Type of study | Application | Author [Ref.] |
Jordan | 4500 | AC-centrifugal | 24 | PV-*WST | 30 to 100 | 3.76 | Model | N/A | Odeh [49] |
Brazil | 1100 | DC-Centrifugal | 18 | PV-*WST | 12 | - | Real implementation | Irrigation | De Andrande [50] |
Sudan | 1100 | AC-Grundfos SP4-8 | 24 | PV | 32 | 5 | Real implementation | Irrigation | Hamza & Tiha [51] |
Indonesia | 3200 | DC-submersible Lorentz PS1800 HR-05 HL | 250 | PV-battery | - | - | Real implementation | Domestic | Setiawan [52] |
Iran | 250 | DC-positive displacement surface | 16 | PV-*WST | 3.8 | 3.7 | Real implementation | N/A | Abdozaldeh [53] |
Brazil | 150 | DC-positive displacement surface | 2.5 | PV-*WST | 4.2 | 4.27 | Real implementation | Irrigation (100 m2) and domestic (small farm) | Nogueira [54] |
Algeria | 1500 | AC-surface centrifugal | 13 | PV-*WST | 1.01 | 3.8 | Model | Irrigation (1.49ha) | Hamidat [55] |
Kuwait | 210 | DC-centrifugal pump | 15 | PV-*WST | 12 | - | Model | Domestic (300 persons) | Ghoneim [56] |
Brazil | 710 | - |
| PV-*WST | 4.0 | - | Real implementation | Irrigation (1ha) | Nogueira [57] |
Saudi Arabia | 1800 | DC-submersible helical pump | 80 | PV | N/A | 4.41 | Model | Irrigation | Benghanem et al. [59] |