Main Functions
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Solar Cell I-V Curve Tracing
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Maximum Power Point Tracking
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Four Quadrant I-V Analysis
Experimental results taken by Segawa laboratory, University of Tokyo
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Findout the unique features of SPD Lab PV Power Analyzers
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PV Power Analyzer VK-PA-300 Specifications |
Measurement Range
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Voltage: ±12 V
Current: ±2A (±4 A Pulse)
with 5½-digits resolution |
Measuring Technique
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Digital Source Meter |
Inputs |
Front: 4 probes for PV devise
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A/D Converters |
24 Bit (2 independent ADCs for V & I measurements)
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User Interface and data collecting |
Computer software is provided for control of all the functions and data logging. Measurement data can be saved as a text file and directly plotted on ®Microsoft Excel graph. (Windows based PC required) |
Communication |
Bluetooth
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Power Requirement |
100 – 240 VAC (50-60 Hz) |
Electrical standard |
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Dimensions |
133 mm x 260 mm x 350 mm |
Weight |
5 kg |
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Main Functions |
Solar Cell I-V curve Tracing |
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User selectable START, END and STEP voltages. Plots current and power vs. voltage curves. Calculated results include Voc, Isc, Jsc, Pmax, Vmpp, I mpp, FF, Rs, RSH, ƞactiveA, and ƞgeoA . User can set the desired scan speed, scan time, or holding time. Advanced I-V option allows initial, middle, and end point holding times. I vs. t transient plot for all data points and/or under a selected fixed voltage. |
Maximum Power Point Tracking (MPPT) |
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Analyzer acts like the best load for the cell to extract maximum power and keep tracking MPP continuously. Plots Pmax ,Vmpp , Impp and Efficiency vs. time curves and also display current/power vs. voltage plots. In addition user can directly measure the open circuit voltage, short circuit current and plot the current vs. time under a given fixed output voltage. |
cyclic voltammetry Analysis |
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User selectable START, END, STEP voltages and SCAN SPEED (mV/s). Plot current vs. voltage curve for given number of voltage sweep cycles in potentiostat mode. Can be use in 3 electrodes liquid cell with reference electrode. |
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