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- Solar/PV Modules |
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KYOCERA |
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SOLARWORLD |
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BIPV (Building Integrated Photovoltaics) |
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ERTEX SOLAR |
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Data Logger |
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METEO CONTROL |
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RBEE SOLAR |
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SOLARLOG |
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Grid Tied Inverters |
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ABB |
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SCHNEIDER ELECTRIC |
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SMA |
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Inverter/Charger |
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STUDER |
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PV I-V Curve Tracers |
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EKO |
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HT ITIALIA |
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SOLMETRIC |
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PV Test Instruments |
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HT ITIALIA |
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SEAWARD |
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Solar Charge Controllers |
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STUDER |
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Solar Hot Water (Thermal) |
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SUNRAY |
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Solar Meteorology Equipment |
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EKO |
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Solar Meteorology Sensors |
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EKO |
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METEO CONTROL |
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Solar/ Backup Batteries |
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SEC ENERGY STORAGE |
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TROJAN |
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Sun Site Evaluation Tool |
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SOLMETRIC |
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Wind Trubine |
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ZEPHYR |
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HT SOLAR IV |
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SOLAR I-V has been designed to meet any requirement of photovoltaic installation testers. Further to providing the possibility of testing and measuring the efficiency of single-phase photovoltaic systems and also measures the I-V characteristic both of a single module and of module strings. Thanks to SOLAR I-V, the operator can test the photovoltaic system and, should it give a negative result, immediately identify the problems of the system in order to promptly solve them.
SOLAR I-V is provided with the remote unit SOLAR-02 for measuring irradiation and temperature. The synchronization between main unit and remote unit, by radio-frequency (RF) wireless connection, guarantees the necessary simultaneity of measurements. SOLAR I-V also manages a database of photovoltaic modules, which can be updated at anytime.
The measured I-V characteristic is not affected by the resistance of the measurement cables, as it is carried out with the 4-terminal measuring method. The measured values, correctly reported at standard test conditions, are immediately compared with the values declared by the manufacturer to give the OK /NO result of the test. The operator must not do any calculation, the instrument carries out the comparison rapidly and automatically |
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Function
- DC/AC TRMS Voltage
- DC/AC TRMS Current
- DC power
- AC active power on single-phase systems
- Solar irradiation [W/m2] with reference cell
- Temperature environmental and module by means of probe PT1000
- Synchronization with remote unit SOLAR-02
- Display of real-time irradiation and temperature
- Use of relationship to maximize the DC efficiency
- Measurement of output DC and nominal power from module/string
- I-V curve test with direct measurement of Irr/Temp parameters
- I-V curve test by using of SOLAR-02 unit
- Measurement of the resistance of photovoltaic module series
- Mechanical inclinometer for detect correct solar irradiation
- Comparison with standard conditions (STC 1000 W/m2, 25°C)
- Management of up to 30 types of PV modules
- Internal memory for data saving
- Optical/USB port for PC connection
- Help on line on the display
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