I-V curve test for solar system

• Max. solar system power (Pmax) search by Auto-scan: 1000V, 12A (12000W capability)
• The analyzer and the Remote Solar Detector is connected by Bluetooth wireless communication (Bluetooth 2.1 + EDR Class 1)
• The Remote Solar Detector is moisture-proof
• Intelligent test logic with no personnel attendance required in the field
• Solar system analyzer waits and tests the system until appropriate sunlight irradiance is detected
• Max. voltage (Vpm) at Pmax, Max. current (Ipm) at Pmax
• Voltage at open circuit (Voc), Current at short circuit (Isc)
• Efficiency (%) calculation of solar system
• Temperature measurement of solar panels
• Irradiance measurement of sun light
• Series resistance (Rs) calculation of solar panels
• With data logging/open function, the I-V curves of solar system can be analysed / recorded for a period of time (e.g. 60 min.)
• Conversion of I-V curve under OPC to data under standard test condition (STC) based upon IEC standard
• Provide Operating Condition (OPC) and Standard Test Condition (STC) test reports for verification of solar panel performance (OK or NO OK)
• Users can set up the parameters of solar panels
• Users can set up the series number of solar panels. Parameters of many solar panels can be measured in one measurement
• The Irradiances and Temperatures of solar panels can be continuously measured, monitored and recorded
• Continuously measure/monitor/record the DC power output of solar system and the AC power output of inverter (1 phase or balanced 3 phases)
• Calculate the efficiency of DC to AC power conversion and the efficiency of the max.output power
• Built – in Calender Clock
• Rechargable Lithium Battery, Low Battery Warning, AC Power Adaptor
• Optical USB Cable for PC Communication
• Solar Connector (optional)
• With Power Clamps (SOLAR 15 DC Current Probe and SOLAR 21 AC Power Clamp), continuously measure / monitor / record the DC AC Power output of Solar System and the AC Power Output of Inverter (1 phase or balanced 3 phases); calculate the Efficiency of DC to AC Power Conversion and the Efficiency of the max.output power.